DECEMBER 1985 MDC H1343A

SPACE STATION DATA SYSTEM

ANALYSIS/ARCHITECTURE STUDY

Task 4 -- System Definition Report

Appendix

(NASA-CR-1778q5) SPACE STITICN DATA SYSTEM

ANALY$1S/ARCH_T_C_URE 5¢UDY. TASK 4-"

SYSTEM DEFINITICN BEPC_T. APPENDIX

{McDonnell-Douglas Astronautics Co.) 610 p

HC A99/MF AOI

CSCL 22B G3/18

N86-20480

IIM_ _1 FACILITY._'t
MCDONNELL._

DOUGLAS

CORPORA'lION

SPACE STATION DATA SYSTEM

ANALYSIS/ARCHITECTURE STUDY

Task 4 m System Definition Report

Appendix

DECEMBER 1985 MDC H1343A

REPLACES MDC H1942

DATED MAY 1985

UPDATED AUGUST 1985

MCDONNELL DOUGLAS ASTRONAUTICS COMPANY-HUNTINGTON BEACH

5301 Bolsa A venue Hun_ing_on Beach, California 92647 (714) 896-3311
PREFACE

lhe McDonnell Douglas Astronautics Company has been engaged in a Space

Station Data System Analysls/Archltecture Study for the National Aeronautics

and Space Administration, Goddard Space Flight Center. This study, which

emphasized a system engineering design for a complete, end-to-end data system,

was divided into six tasks:

Task l.

Task 2.

Task 3.

Task 4.

Task 5.

Task 6.

Functional Requirements Definition

Options Development

Trade Studies

System Definitions

Program Plan

Study Maintenance

McDonnell Douglas was asslsted by the Ford Aerospace and Communications

Corporation, IBM Federal Systems Division and RCA in these Tasks. The Task

inter-relatlonshlp and documentation flow are shown in Figure I.

This report was prepared for the National Aeronautics and Space

Administration Goddard Space Flight Center under Contract No. NAS5-28082

Questions regarding this report should be directed to:

Glen P. Love

Study Manager

McDonnell Douglas Astronautics Company

Huntington Beach, CA 92647

(714) 896-2292

(.,-,RECEDING PAGE BLANK HOT F_

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Appendix C

Appendix D

Appendix E

Appendix F

Appendix G

Appendix H

CONTENTS

EXTERNAL INTERFACE SPECIFICATION

DATA FLOW DIAGRAMS

DATA DICTIONARY

SIMULATION AND MODELING

FUNCTION DESIGN CHARACTERISTICS

FUNCTION ALLOCATION MATRICES

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APPENDIX D

DATA FLOW DIAGRAM8

D-I
Appendix D

Data Flow Diagrams

Data flow diagrams have been developed to show the relationship among

functions in the SSDS functions list. These diagrams show the logical design

o? the system without concern for the physical design.

The data flow diagram conventions used in Structural Systems Analysis were

explained briefly in the task 1 report. That explanation is repeated here for

the convenience of the reader.

Structured Systems Analysis (SSA) has been used extensively throughout the

SSDS study to develop the logical operation of the system. Data flow diagrams

are used to provide a graphic presentation of the results of SSA, and to show

the overall working of the system being analyzed. There are four conventions

used in data ?low diagrams, as illustrated in Figure D-I.

@ External agencies enter data into the system and receive data from the

system. They do not otherwise interact with the system. External

agencies are designated by squares with a double line at the top and

left. For simplicity of the diagram, an external agency may be duplicated

on the diagram. A diagonal line across the bottom right corner indicates

a duplication.

Processes transform flows o? data, usually in some fundamental way that

alters its form and content. A process is designated by a rounded corner

rectangle. A process enclosed by a dashed line represents an

interconnection to another data flow diagram. The enclosed function is on

another branch of the functions tree. It appears on another data flow

diagram with its complete logical interconnections.

D-2
AN EXTERNAL AGENCY

IS IDENTIFIED BY

A SQUARE: ENTERS.

RECEIVES DATA

°°°' I F'--

EXTERNAl., / F1..O._.W_p n

AGENCY r

I

DATA IATA

R.OW OATA FLOWJ

' Iooo, lo., STO 

v,,']ooo4lmo_.A_ C_TASTm_

AN EXTERNAL AGENCY OR

i"

/_ATB

I

I_TA FLOWJ

A OATA STORE WAY BE /_m_J REPEATED TO SINPLIFY THE

OATA FI.0WS A REPEATED EXTERNAL AGENCY

IS IDENTIFIED BY A SOUARE

NITH-A SI.ASHIN THE LOWER

RIGHT CORNER

A PROCESS IS

IDENTIFIED BY A

RECTANGLEWITH ROUNDED

CORNERS: TRANSFORMS DATA

_ DATA _ov / RE'P_ATEO

I_ / - l EXTERNAL l

I

A DATA STORE

IS IDENTIFIED BY

AN OPEN ENDED RECTANGLE:

HOLDS DATA FOR LATER

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.,/]O00'4IREPEATEO DATA STORE

A REPEATED DATA STORE

IS IDENTIFIED BY AN

OPEN ENDED RECTANGLE

WITH k TRIANGLE

Figure D--1. DFD Symbol Conventions

Data Stores contain data to be made available to other processes when the

processes do not necessarily take place in immediate sequence. Therefore,

the data in a data store should have a significant lifetime. Data stores

are designated by extended, open sided rectangles. Data stores may also

be duplicated to simplify the diagram.

Data Flows identify the data moving among processes, data stores and

external agencies. The data flows aredesignated by labeled arrows.

Structured systems analysis is used to develop multiple levels of detail to

describe what the system does. The top level (Level 0 DFD) shows the entire

system in its simplest form. The level 0 analysis concentrates on the

end-to-end paths connecting external agencies. It becomes an outwardly

focused description, focusing on the questions, "Who will be using the

system?", "What do they want the system to do?", and "What arethe major data

input to the system?" The processes depicted are very top level and generic.

Subsequent levels of DFDs will add progressively more detail.

D-3
The data flow diagrams contained in this appendix are the complete set

describing the $SDS. The diagrams are hierarchial in order.

• The level zero diagram depicts the entire system at the topmost level.

Level one diagrams expand the detail ?or each o? the seven top level

?unctions.

Level two diagrams provide further detail on sub?unctions. In general,

there is a level two diagram ?or each two_igit ?unction in the ?unctions

list (e.g., 4.2) having further subdivisions. The two exceptions are

?unctions 2.3, for which the next lower level diagram is trivial, and 5.1,

for which there is little functional interconnection.

Level three diagrams provide further detail for those functions having

four digit subdivisions, such as 4.1.1 Navigation.

With the above noted exceptions, each ?unctions in the ?unctions list appear

on a data ?low diagram.

The data dictionary entries in Appendix E present supporting data to aid in

interpreting the data flow diagrams. Input/output rates are shown in Appendix

A-9 of the task I report.

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...... -+-.I--_-_i_-'--I- .......... '

= II .,. l z

CD

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m GO

r-_, C_.O

ZCD

-_._j

Zr--_

C:DLO

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I W

rml--

LLZ

r--_ ,--.,

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D-85
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l! +;;i'°

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u_

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o'/

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f.irl=D.O. e_ er i.=I I I.=-_

_ Z l.IJ _._I.I./,.,.. I ZI-.

- i_ C3,-- I i_: l.i.l

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• _ r..._

/ I_ _,. I-.-

/ ,,C >. _ I

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oorr I 13::0 lip,/ _

,--,-_o I .._ l Io

Z'<Z I ... _ _" I IO

o I-.- U.i ==> •I_ _ '.'-,_ :2" _ L"

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o> q=l _ Io

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ll.l z,.-- 1"-"1 Ill

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_ U_ P'-

D-87
APPENDIX E

Data Dictionary

E-I
APPENDIX E

Data Dictionary

The data dictionary entries in this appendix support the data flow diagrams of

Appendix O by providing definitions of the data store contents and the data

flows.

E.I Data Store contents are presented in a heirarchial arrangement of data

structures and data elements. A data element is a simple data entry at its

lowest useful subdivision. Data structures are assemblies of data elements

and/or lower level data structures.

The data structure names in the data store contents have been selected to

relate to the names of the data flows into and out of the data stores. This

allows the estimates of data structure size to be derivable From the

Input/Output data of the functional requirements data base, reference ........ .

Repeated entries in the data store definitions are designated by (IW-N) at the

exit of the data structure, where N is the number of repetitions of the data

structure. The lower level data structures and elements included under the

repeated entry are also repeated for each entry of the repeated structure.

Occasionally, a data store will contain other data stores as data structures

within the store. This is indicated by placing the data store number in

parenthesis at the end oF the entry. Cross referencing is used tro define

these embedded data stores.

E-2
25-APR-1985

ORiGiNAL PAGE IS

OF POORQUALITY

DSDSTRUCT

11 CORE STATUS

KU_CZZ_A_.D£_Cg/EZZQ_

CONTAINS CURRENT DATA ON THE STATUS AND FU_iCTI_NINC OF ONBOARD CORK SYSTEMS+

*GN & C STATUS (SEE TBD)

*NON-GN & C STATUS

*C & T STATUS (SEE TBD)

*TETHER SYSTEM STATUS

*POWER SYSTEM STATUS

*THERMAL SYSTEM STATUS

*MECHANISM STATUS

*MRMS SYSTEM STATUS

_MRMS MODE

*M_S STkTUS

*DOCKING PORT STATUS

*DOCKING PORT UODE

*DOCKING PORT STATUS

*OTHE_ "ECHANISM STATUS

*MAINTENANCE NEEDS

*ECLSS STATUS (SEE _BO)

*CAUTION AND _ARNING EVENTS

*EVA STATUS (SEE TBD)

*SSIS USAGE (WHERE?)

*RESUPPLY NEEDS (WHERE?)

*SYS'PEM MODE

*RESOURCE AVAILABLE FORECASTS

_ANCIDLARY DATA

*MODE STATUS (SEE 171)

*SYSTEM STATUS

16 PAYLOAD STATUS CONTAIN CURRENT _OnE AND STATUS QF SPACE _TATIr_N

AND OTHER SSPE PAYLOADS,

_PAYLOAO STATUS (I_-30)

*PAYLOAD

,OPERATING MODE

*STATUS

17 _ASTER PLAN CONTAINS A SCHEDULE OF _AJOR PROGRA_ EVENTS _HIC}+

WILL AFFECT SSP _ORMA& OPERATION, I_E_TIF_ES

BLOCKS OF TI_E RESERVED FOR _AJ_R EVE_IS A_D

BLOCKS AVAIIJA_LE FOR NOR_5 _PER_IC_S,

*PROGRAM SCHEDULE

*NSTS ORBITER VISITS (l*-tA]

*TIME OF VISIT

*DURATIflN

*_A_IFEST (1.-5)

*OTV LAUNCHES (I*-16)

,PAYLOA_

*LAUNCH DATE

*RETURN DATE (I*-2)

,CMv LAU_:CHES (I*-50)

,PAYLOAD, MISSrO_

*LAUNCH GATE

*TEGEOPERATION

_REOUIRED

E-3 *D_TF
25-APR-1985

_- _-_A_E

_Q

18 FACILITIES STATUS

21 PRIORITIES

25 DELAYKD DATA

31 COMMAND LOG

34 AUTHK_TICATICN

DSDST_UCT

*DURATION

*_ISSION DURATIO_

*SATELLITE SERVICE(I*-8)

*SATELLITE

*DATE

*DURATION

*SENSITIVITIES (I*-5}

*INTERFERENCES (1''5)

*OTHER, TBD (I*-50)

*NORHAL OP_RATING PERIODS (I*-150)

*START

*END

CONTAINS CONFIGURATION AND EOUIP_FNT AVAILABILITY

_AVAILABILITY FOR ALL SSDS FACILITIES.

*FLIGHT FACILITIES STATIIS (TBD)

*SSCC FACILITIES STATUS (0130)

*DHC FACILITIES STATUS (0133}

*DEVFLOPMENT FACILITIES STATUS (0135)

CONTAINS MISSION PAYLOAD OPERATION PRIORITIES FO_

OPERATION AND DATA RETURN.

*OPERATING PRIORITIES (I*-30)

*PAYLOAD

_NOR_A6 PRIORITY

*OPPORTUNITY PRIORITY

*DATA RETUR_ PRIORITIES

*PAYLOAD

*REALTIME PRIORITY

*NORMAL

*OPPORTUNITY

*OUICK LOOK PRIORITY

*NORMAL

*OPPORTUNITY

*BULK PRIORITY

CONTAI:_S BULK DATA AWAITING TRANS,ISSION TO TH£

GROUND AND ACCOUNTING QF _ATA _ITH FILE.

*BULK DATA

*BULK PAYLOAD DATA

*BULK CORE DATA

*_ULK DATA AVAILABLE

CONTAI'_S _COROS OF ALL CO_A,IOS ENTERKD, CU&R_NT

STATUS, AND FINAL _ISPOSITICN. PURG_ WIT_I__

24 HOURS OF FINAL DISPCSITIC_I,

*COMMAND *(1-_)

*ENTERED

*CURRE_IT STATUS

*CLASSIFICA_IO_

*FINAL DISPOSITION

CONTAI,'-_8 T_!E DATA ;',FCESSARY M'(]R TPF SSDS Tq

VERIFY THAT PERSF]NS IN'FERES'_ CO:AvA:._US APE

E-4
25-APR-1985

O_DSTRUCT

Q_. DS._A_E

_Q

37 COMMAND DICTIONARY

67 SIMULATION MflD£LS

AUTHORIZED TO SE_D COMMANDS TO THE INDICATED ADDRESSES, CONTAINS ADDITIONAL CUSTOMERS ENTERF9

PASSWORDS TO ASSIST CUSTOMERS IN CONTROLLING

ACCESS TO THEIR STORED DA_A, DATA STRUCTURES

ARE=

*AIITHORIZED CUSTO_FR ArDRE_SFS (IeSO)

*CUSTOMER IDENTIFICATION

*CUSTONER PASSWORD

_AUTHORIZED CUSTOMER ADDRESSES (1,10)

*AUTHORIZED OPERATOR, _D_RESSESS (1,100)

*OPERATOR IDENTIFICATION

_AUTHORIZED OPERATOR AODRESSES (1,50)

CONTAINS THE DATA NECESSARY TO DETERMINE COMMAND

CLASSIFICATION AdD EXECUTABILITY AND TU PLAN FOR

EXECIITION, DATA ST_RED-FOR CO?_MAND SEgUK_CES

MAKING UP AN OPERATION, AS DETERMI_,ED BY T_{

CIJSTOMER OR OPERATOR,

*COH_AND BY CUSTOMER (1,30)

_CtJSTOmER IDENTIFICATION

*CUSTOMER CLASSIFICATION

#COMMAND IDENTIFICATION

*CONMANO CLASSIFICATION

=CONDITION FOP EXECUTIO_ (l-N)

_INTERFERENCES(I-N)

*@U_CEPTABILI_IE_ (l-N)

_STORED COMMAND _EQUE_CE (OPTIONAL)

CONTAINS SIMULATION MODELS _0 BE USE FO_ HaRI_ARE

AN_ SOFTWARE DEV_LCPWENT AN_ I_TEGRA_It)_ ACiD _)R

LAHNCH SUPPORT, CHECKOUT, AND TRAIUIt_G,

=MCDEL_

*SOFTWARE DEVELflPMENT MODELS

*COMMUNICATION "ODEtS

*CIJSTCMER SCFT_ARE MODELS

_CPERATOR SOFT_ARE NOOEL_

*CONTRACTOP SOFTWARE _ODELS

*SOFTWARE INTEGRATION _OD_[,S

*SPACE STATION SI_I]LATICt_S

*TRAINING EXERCIZE _CDELS

84 RECURRING GPEPATIONS CONTAINS OPERATION _ASTERS CR CHARACTERISTIC,_ FCF'.

RECIIRRING SPACE STATION, _PACECRAFT, A_'_O PAYLG_L_

_PERATIC._S T9 BE U.qED IN SCHEDULING A'_[] L'_ChE[_UbE

CONFLICT VIOLATI[_NS,

=OPERATION °_ASTERS

*PAYLOAD OPERATION MASTERS (I*-N)

*OPERATION CCP, E

* T I'_EL I,.'_ E

*RESOURCE PROFILE

*SEt_SITIVI _IE_

*I_JTERFERENCES

*POTENTIAL CONFLICTS

_SPACE STATION OPERATION MASTER@ (I_-_)

E-5
25-APR-1985

_Q

85 INT, LOGISTICS PLAN

87 MAJOR EVENT OPERATIO

NS

8g OPE_A'f, EVENTS 5CHED

ULE

DSDSTRUCT

*UPERATION CODE

*TIMELINE

*RESOURCE PROFILE

*SENSITIVITIES

*INTERFERENCES

*POTENTIAL CONFLICTS

,MAJOR EVENT OPERATION MASTERS (I*-N)

*OPERATION CODE

_TI_ELINE

*RESOURCE PROFILE

*SENSITIVITIES

_INTERFEPENCE_

*POTENTIAL CONFLICTS

CONTAINS INTEGRATED LOGISTICS PLA_S FOR ALL

SSPE'S,

*ORBITAL qAINTENANCE PLAN

_SPACE STATION ORBITAL MAI_TENAt_CE PbA_I

*PLATFORM ORBITAL MAINTENANCE PLA_ (I*'4)

*TECHNICAL SUPPORT PLAN

*SUPPORT EQUIPMENT PLAN

*SPACE STATION SUPPOR_ EQUIPMENT PLAN

*PLATFORM SUPPORT EOUIP_E_T PLAN(I*o4}

_SUPPbY SUPPORT PLAN

_FACILITIES PLAN

*TRANSPORTATION PLAN

8TECHNICAL INFORMATION S¥$TE_ PLAN

*SPACE STATION INFORgATION PLA_

*PLATFORM INFORMATION PLAN (I*-4}

*PERSONNEL TRAI_ING PLAN

*SPACE STATION TRAINING PLAN

*PLATFORM TRAINING PLAN (I*-4)

CONTAINS PRIOR OPERATING SCHEDULES FOR EACH TYPE

OF MAJOR EVENT TO SERVE AS A REFERENCE IN

DEVELOPING SCHEDULES,

*_AJ_R EVENT O_ERATIONS

*NST_ ORBITER OPERA_ION5

*C_V OPERATION_

*_TV OPERATIONS

*_AUNCH SERVICES OPERATIONS

*FREE FLYERS SERVICE5 OPErATIOn, S

*BUILDUP OPERATIONS

,MAJOR _AINTENANCE CPERATION3

*PAYLOAD ADDITION OPERATI_S

CONTAINS TIME TAGGEC COM_AN_S TO EXECUTE SCHEDULED OPERATIONS,

$'rIwE TAG_E_ ORERATIGN (I*-N)

*EXECUTION _IME

*OPRRATION

*_!)DRESS

E-6
25-APR-19B5

DSDSTRUCT

*COMHAND

90 SHORT TERM SCHEDULE

91 TECHNICAL DOCUMENTS

CONTAINS SHORT TERM OPERATING SCHEDULES FOR ALL

SSP FACILITIES AND PAYLOADS, INCLUDES COORI_"

ATED USE OF END'TO'END DATA NETWORKS A_ONG

SSPE'S,

_SCHEDULED OPERATIONS

*SCHEDULED SPACE STATION OPERATIONS

VSCHEOULED CORE OPERATIONS

*SCHEOULED PAYI, OAD OPERATIONS

*SCHEDULEO RESOURCE UTILIZATION

*THERMAL LOAD FORECASTS

*ELECTRICAL LOAD FORKCASTS

*CREW TI_E FOPECASTS

*COMMUNICATION TPAFFIC FORECAST_

_SCHEDULED COP OPERATIONS

(SIMILAR ?0 SPACE STA_ICN)

_SCHEDUbED POP OPERATIONS

(SIMILAR TO SPACE STATIOn)

*SCHEDULED SSDS FACILITY OPERATIONS

*FACILITY (I*-N)

*SCHEDULED OPERATIORS

*SCHEDULED RESOURCE UTILIZATIO_

CONTAINS MANUALS, PROCEDUreS, AND CHECKLISTS F[)R

OPERATING AND _AINTAINING S_PE'S,

*OPERATING PROCEDURE

*SPACE STAr?ON GROUND OPERATION

*SPACE STATION Oq_OARC OPFRATION

*PLATFOR_ _PFRATION

*O_V ODERAFION

*CTV OPERATION

*PAYLOAD OPERATION

_MAINTENANCE PROCEDURES

*SPACE STATION MAINTENANCE PR{_CE[)UPE_

*PLATFORM WAINTENANCE PROCEDUR_S(I*-4)

*O_V MAINTENANCE PROCEDURES

*OTV MAINTENANCE PROCEDURES

*PAYLOAD MAINTENANCE FROCFCURES (%*-80)

*FREE FLYER SERVICING AND

_AINTENANCE (I*-50)

.*ASSE'_BbY A_D TEST PROCEDURES (!*-30)

*CHECKLISTS (I*-120)

I03 IRVENTORIES

108 WATERIALS U_AG_

CONTAINS CURRENT I_VENTORIES AND RESUPPI, Y _EED_

FOR ALL SSP FACILITIES,

*GROUND FACILITY INVENTORIES (SEE 253)

*CUSTO_;R INVENTORIES (SEE 259)

*STATIC_ INVENTORIES (SEE 260)

CONTAI_IS FXPECTED AND ACTUAl USAGE RAT_ OF CC:;-

SUMABLKS AgO EXPEN_ADLES TO D{TER_I_:_ _XC_SSIv_

[,EVFLS CF _ISAGE A_O REVISE SUPPLY SUPPGHT PLA_;_

OR DET_RHI_E REASO_IS FOR EXCESSIVE USAGE,

E-7
25-APR-1985

109 MANUAGS

117 TASK STATUS LOG

117 TASK STATUS LOG

120 ENVIRONMENT

121NAV, STATE/ATTITUDE

ORIGIH,e,L p_. IS

OF POOR QUALITY DSDSTRUCT

*MATERIALS USAGE

*SPACE STATION USAGE

*PLATFORM USAGE (I*-4)

*PAYLOAD USAGE (I*-80)

*GRCUND FACILITY USAGE (I*-30)

CONTAINS CURRENT SYSTEM eANUALS TO _F USED

THRCUGHCUT THE SYSTEM AND AVAILABLE EY KLECTRC}_IC

DATA TRANSFER,

CONTAINS PENOING TASKS TO BE ACCCMFLISHED BY THE

ONBCARD SYSTEMS, CREW AfJD THEIR CURRENT STATUS,

*PENDING TASKS

*TASK

*_EED DATE

*TASK STATUS

CONTAINS CURRENT LIST OF CREW SYSIEP 'IgShS TO _K

PERFORMEDw SCHEDULE DATA, AND DISPr]SITIO_,,

*CRE_ TASKS (011])

*CREW TASK PENDING

*CREW TASK TO BE PERFORMED

*SCHEDULED REQUIPE_ENTS

*CREW TASK SCHEDUbE

*TASKS COMPLETED

*PERF_R-ED BY

*TIME COMPLETED

*ELASPEC TI_E

*SYSTEM TASKS

*SYSTE_ TASKS PENDING

*SYSTE_ TASKS CG_PLE_D

C_NTAINS CURRENT ESTIMATE OF RESIDUAL ATMOSPHERIC

DENSITY AND "AGNETIC FIELD,

*DENSITY

*_AGNETEC FIELD

CONTAINS CURRENT SPACE STATION NAVIGArIC_ STATK

VECTOR AND ATTITUDE,

*SPACE STATION NAVIGATION STATE/ATTITUDE

*STATE

*PqSITION

*VELOCITY

*ATTITUDE

*CRBIT

*ATTITUDE

*INCLINA_IO_

*NODAL CROSSING

*BETA A_GLE

*CC_STELL, ATI_ NAVIGATICN STATE (1'-4)

*CONSTELLATION ELEMENT

*STATE

*PCSITION

E-8 *VELOCITY
25-APR-1985

D_. D_._A_E

123 ENGR, DATA ARCHIVE

124 SHORT TEO_ CORE SC_E

DULE

125 DATA ACCOUNTING

126 CORE DATA BUFFER

130 SSCC FACILITIES STAT

US

ORIG_NAt PACE IS

POOR QUALrTY DSD_TRUCT

*ATTITUDE

*ORBIT

*ATTITUDE

*I_ICLINAIIOk

• NODAL CROSSING

• BETA ANGLE

_COFLYER RELATIVE STATES [1.-4)

• COFGYER ELEMENT

• RELATIVE STATE

• RELATIVE POSITION

• RELATIVE VELCCTTY

,ATTITUDE

*TI_E

CONTAINS HISTORICAL DATA RECORDS AT LEVEl, tB A;_D

.BELOW FOR SSPE'S,

*A_CHIVAL EgGINEER!NG EATA

_ANALYZED CORE DATA

*DATA C_TALCG

,RETRIEVAL

*OPERATOR COmmUNICATION

,nPERATOR VOICE COMNIINICATION

*OPERATOR VIDEO COMMUNICATION

CONTAINS SPACE STATION CURRENT AN[] RECENT OPERATING DATA FOR USE BY GROUND OPERATORS A;_D SYSTEm'S

I_ _ONITORING AND CONTROLLING THE SPACE _TATI(]_ _,

*CORE OPERATING DATA

CONTAINS A LIST OF ALL CUSTOMER AND C{JRE DATA

DOW_LIKF_D DURING THE LAST _ED DAY5 AKO CUPRF:NT

LOCATION,

*CORE DATA ACCOUNTIHG

,IDE_TIFICATIUN

,DESCRIPTION

=CURRE_T 50CATICN

*CUSTOMER DATA ACCOUNTING

*IDENTIFICATION

*CUSTOMER

*_I_E TAG

*CI/RRE;JT f,_CATICN

PROVIDES TEMPORARY STORAGE FOR _A_, _ULK CCRE

DATA PRIO_ TO PROCESSIonS,

*_ULK CORE DATA

*CORE STATUS DATA (_E 0_11 CORK STATI]$)

*CREW STATUS DATA (SEE 0204 CR_ STATI?S)

*OBJECT STATKS (SEE 0137 CSJ_CT STAT_$)

*DATA 5E_T

C{]_TAINS CO_;FI.r,U_ATI(J N A_D ECUIFMK{,T AVAILABILITY

/CAPABILITY AND USAGE VCR SSCC FACILITIES,

E-9
25-APR-19R5

*SSCC FACILITIES STATUS

*CONFIGURATION

*EQUIPMENT STATUS

*FACILITIES USAGE

*INVENTORIES

132 SATELLITE FAC, STATU

S

CONTAINS CURRENT STATUS OF MUL_IPI, E GROUND

FACILITIES TO BE DEFINED DUBING TASKS

*RDC FACILITIES STATUS (I*-N)

*C_NFIGURATION

*EOUIP_E_T STATES

*FACILITIES USAGE

*INVENTORIES

*POCC FACILITIES STATUS

*C_NFIGURATION

*_OUIPME_JT STATES

*FACILITIES USAGE

*INVENTORIES

*FRE_ FLYER CONTR_ STATUS

,CONFIGURATION

*EQUIPmEnT STATES

_FACILITIES USAGE

*INVENTORIES

*POP CO_ITRCL CENTER STbTUS

*CONFIGURATION

*EOUIP_E_T STATES

*FACILITIES USAGE

*INVENTORIES

*COP CONTROIj CENTER STATUS

*CONFIGURATION

*{OUIP_E_T STATE@

*FACILITIES USAGF

*INVENTORIES

*ENGINEERING DATA CENTER

*CONFIGURATION

_EQUIP_E_T STATES

*FACILITIES USAGE

_I_VENTO_IES

(I*-N)

STATUS

3

133 DHC FACILITIES STATU

3

C{3_;TAI_S CONFIGURATION AN_ E(_UIPMENT AVAILABILITY

/CAPABILITY AND U_AGE FOR TNE

CENTER FACILITIES,

_DHC FACILITIES STATU_

*CONFIGURATION

_E_UIP_E_iT _TATIJS

*FACILITIES USAGE

*INVE_TC_IES

DATA HANDLING

%35 DEV, FACILITIES STAT

U_

CC]_T A INS CONFIGII

/CAPADILITY AND

*{_HC FACILI

E-tO

RATION A_ EQUI_ME_T AVAILABILITY

USAGE F_ T_E EHC FACILITIES,

TIES S_ATUS
25-APR-1985

137 OBJECT STATES

139 REALTIME DATA BUFFER

t4t P/L riPS DATA BASE

142 PREPHOCESSED DATA BU

FFER

149 OTV STATUS

DSDSTRUCT

_CONFIGURATION

_EOUIPMENT STATUS

*FACILITIES USAGE

*TRAINIHG S_ATUS

_INVENTORIES

CONTAINS ORBIT AqD NAVIGATICU STATE DATA FOR NONCOOPERATING OBJECTS IN OR NEAR THE SPACE STATICS!

ORBIT,

_OBJECT NAVIGATION STATE (1_'N)

_OBjECT IDENTIFICATION

*OBJECT STATE

_POSITION

SVELOCITY

_OBJECT ORBIT

_ATTITUDE

sINCLINATION

_ECCENTRICITY

_NODAL CROSSING

_CBJECT RELATIVE STATE

_RELATIVE POSITICN

*RELATIVE VELOCITY

CONTAINS REALTIME PAYLOAD AND CORE DATA A_ITIG

DOWNLINK,

_REALTIME DATA

*REALTIWE DATA OUEUEING LIST

CONTAINS CURRENT DATA PERTINENT TQ O_BOARD

CUSTOMER/OPERATOR REALTI_E CPERATIG_ OF P_YL_AD,

tPAYLOAD OPERATING DATA (I*-30)

*PAYLOAD

*OPERATING DATA

CONTAINS DATA IN TEMPORARY BUFFER STORAGE" PETWE'.E_

GENERAL PREPROCESSING (PARIIAL LEVEL O) AND

TRANS_ISSIqN,

*PREPROCESSED DATA

CONTAINS CIJRRE_T INFORMATION ON THE CONFIGURA_IOh

AND OPERATIONAL READINES_ OF THE CTV, TOGETHER

_ITN KEY CURRENT _ISSIG_ DATA,

_OTV STATUS (t-2)

#C'£V IOENTIFICATICN

tC'rV REA_Ir_ESS

_CHVCKOUT DIAGNOSTICS

*CONFIGURATION

_OTV MISSION DATA

*RENDEZVOUS TARGETING

*OTV STATE

*P_STTION

_VEL_CITY

*RELATIVE POSITIO_ E-11
25-APR-19B5

DSDSTRUCT

_Q

*OTV

*RELA%IVE VELOCITY

*OTV ATTITUDE

PAYLOAD STATUS

150 PROCEOURFS CONTAINS RECONFIGURABLE FILE OF PROCEDURE FOR

OPERATION AND _AINTENANCE OF SSPE'S AND PAYLOADS,

INCLUDINT SPACE STAIION,

*SPACE STATION PROCEDURE

*ABNORMAL AND E_ERGENCY PROCEDURES

*OPERATING P_OCEDURES

*_AINTENANCE PROCEDURFS

*EVA PROCEDURES

*DECONTAMINATION PROCEDURES

*CTV MAINTENANCE PROCEDURE5

*CMV MAINTENANCE PROCEDURES

*CHECKbISTS

*SSPE PROCEDURES (I*-N)

*SSPE OPERATING PROCEDURES

_SSPE _AINTENANCE PROCEDURE5

151 MAINTENANCE LOG CONTAINS A RECORD OF $SPE MAINTENANCE

PERFORMED,

*MAINTENANCE ACTIONS

*OTV MAINTENANCE AC%ION

_MAINTENa_C_ ACTION

*DATA PERFORMED

*PART NUMBER

*OMV MAINTENANCE AC]ION

(SIMILAR TO OIV)

*STATION MAINTENANCE ACTIO_

(SIMILAR TO OTV)

*PAYLOAD MAINTENANCE ACTION

(SIWILAR TO OTV)

*FMU _4AI_TENANCE ACTIO_

*M_U _AI_TENANCE AC_IO_

*$SPE MAINTENA_C_ ACTION

ACTIon,S

153 OMV STATUS CONTAINS CURRENT INFOR:_ATION O_ THF

AND OPERATIO_ RZ_DIN_$_ OF THE O_V,

KEY CURRENT wIS$IOr_ DATA,

*OMV STATUS (I-3)

,OWV IDENTIFICATION

,OMV RE_01NESS

*CHECKOUT DIAGNOSTICS

*CQ_FIGURATION

,C_V vISSION DATA

*RENDEZVOUS TARGETING

*OMV

E.12

*OMV 5TAIE

#POSI_ION

_VELOCITY

*R_LATIVE POSITION

*RELATIV_ VELCCITY

*_MV _TT[TUgE

PAYLOAC STATUS

CO{_FIGtIRATIU_

TOGETHER #ITP
25-APR,1985

DSDSTRUCT

171 MODE STATUS

174 NAV, STAT_ FORECAST

175 STAR/OBjECT CATA60G

176 EPHE_ERIDES

19] PC]_£R SYSTE,_ STATUS

CONTAINS CURRENT OPERATIONS MODE FOR SPACF

STATION SYSTEM, SUBSYSTEM AND PAYLOAO SUBSYSTEH

AND PAYLOAD STATUS STORES,

*MOOES

*SPACE STATION MODES

*COR_ SYSTEM MODE (1'-12)

*PAYLOAD MODE (I*-30)

CONTAINS FORECAST NAVIGATION STATES FOR THE SPACE

STATION AND COF&YER,

_SPACE STATION NAVIGATION STATE FORECAST

*(CONTENT SIMILAR NAV STATK/AITITUDE)

*COFLYER NAVIGATION STATE FORECAST (I*-lO0)

*(CONTENT SIMILAR rIAV STATE/ATTITUDe)

CONTAINS ABSOLUTE REFERENCE COORDINATES FOR _AJ_R

STARS AND SATELLITES TO BE USED IN DETERmINInG

EPHEMERIDES,

_STAR CATALOG (I*-N)

_OBJECT CATALOG

*TORSS (I*-3)

CONTAINS CURRENT RELATIVE LCCATION OF SPACF

OBJECTS SUCH AS SATELLITES, SUN, MOON, P&AN_'rS

AND STARS,

_OBJECT EPHEMERIDES

*TDRSS SAT_LLIT_

*GPS SATELLITE

_SUN

*PLANETS

*STAR EPHE_ERIDES

CONTAINS CURRENT DATA ON THE STATUS, _ODES OR

CONFIGURATIO_ OF P_ER SYSTEW EQUIPMENT, ANO

FUNCTIONING OF POWER KQUIPWENT,

*POWER SYSTE_ STATUS

*ARRAY STATUS

*ARRAY _00_

_ARRAY _AULTS

*ARRAY PERFCR_ANCE

*STORAGE STATUS

*STORAG_ CONFIGURATION

*STORAGE FAULTS

*STORAGE PERFC;_ANCE

*SOURC_ CONFIGURATION

*ENERGY FORECAST

*DISrR[B'.;TIC_ STATUS

*OIST_BUTI_N CONFIGUNATION

*OISTQIBUTT_N FAULTS

_LOAO STATUS

*bO_DS CONNECTED

*POWER DE_A.gO E-13
25-APR-1985

199 ECLSS STATUS

200 THErmAL SYSTEM

5

203 C_E_ STATUS

STATU

DSDSTRUCT

*ENERGY HISTORY

*MAINTENANCE NEEDS

CONTAINS C[IRRKNT ECLSS EQUIPMENT

AND FUNCTIONING,

*ECLSS DATA

*ATMOSPHERIC SYSTEM DATA

*SYST{M MOD_

*TENP£RA_URE

*CONPOSITION

*PRESSURE

*HUMIDITY

*HAZARDOUS GASES, VAPORS

*EOUIPWENT STATUS

*_AKI_G FLD_ RATES

*_AINTEN_NCE NEEDS

*GREY WATER SYSTEM STATUS

*CONFIGURATION

*LEVEL

,CONTAMINATIONS

*MAINTE4ANC{ N_E_S

*POTABLE WATER SYSTEM STATUS

*CONFIGURATION

*6_VEL

*CONTAMINATIONS

*_AINTENANCE NEEDS

OPERATING MODES

CONTAINS CURRENT DATA ON _HE MODE, FU_;CTIONI_G

AND PERFORmAnCE OF TH_ _HER.AL CQNTHUL SYSTE4

EOUIPMENT,

*THERMAL SYSTEM DATA

*OPERATI4G mODE

*TH£RMAL SYSTEM 8_A_US

*BUS AND RADIA_OB FLUIDS LOOP STATtJS

*PAYLOAD I/F HX PERFOPu_NCE

*BUS P£RFOR_A_C_

STHERMAL 6CAD CAPACITY FORECAST

*MAINTENANCE NEEDS

CONTAINS CURRENT RECORDS OF CREW MEDICA5

OPERATIONS, SCHEDULES, AND _RAINING,

*CREW DATA

*MEDICAL R_CORD

E-14

OAT&,

• PHYSIOI,CGICAL RECORD

• NORWAL PHYSICLGGICAL READINGS

• AB4CRMA6 BHYSICLOGICAL B_TA

• R_DUCEDIANALYZED PHYSIOLOGICAL

DAT_

• NUTRIENT BALANCE

• _UTRIE_T I_I_A_E

• EX{RCIZE PLAN

• _N_RGY EXPENDITURE

• TRAI_IHG RECORDS
25"APR-19B5

D_. _._A_£

203 MASS PROPERTIES CONF

IG,

215 RECREATION

228 LONG TFR_ ARCHIVE

230 PAYLOAD DATA BUFFER

231 CUSTn_ER CO_ANDS

DSDSTRUCT

• PROCEDURES CC_PLETED

• PROCEDURES REQUIRED

•CREW PRIVATE MAIL

CONTAINS STATION WASS PROPERTIE_ AREASp WO_ENT OF

INTERIAp A_D FLEXIBLE BODY MODES.

*_ASS PROPERTIES

*STATION MASS

*MOMENT OF INTERIA

*_ASS DISTRIBUTION

*O_V MASS

_OTV _ASS

*NSTS ORBITER MASS

#bARGE CONSTRUCTION _ASS

*AREA PROPERTIES

*STATION AREA (3)

*AREA _OMENI (3)

*NSTS AREA (3)

#LARGE CONSTRUCTION AREA (3)

*ARTICULATED AREAS

*RADIATOR CORFIGURATIOM

*SOLAR ARRAY CONFIGURATIO_

#THRUSTER PROPERTIES(I-r!)

_THRUST

*VECTOR DIRECTION (3)

_MOMENT AREA

*DYNAMIC PROPERTIES

_FLEXIB&E _ODY MODES (30)

*OAWPING C_EFFICIEN_S (30)

CONTAINS VIDEO MATERIAL FOR CREW RECREATION.

*RECREATION MATERIAL

CONTAINS ARCHIVES GF CUSTOMER DATA FOR UP TO TwO

YEARS. DATA _RE PROCESSED AT &EAST TO LEV_L 0,

AND _AY BE PROCESSED TO LEVELS BEYOND IA BY TH_

CUSTOMER,

_ARCHIVAG DATA

*LEVEL 0 CUSTOMER DATA

*LEVEL IA CUSTOmeR CATA

*HIGHER bEVEL CUSTOMER DATA

PROVIDES TEMPORARY STORAGE FOR RAW_ BULK PAYLOAD

DATA PRIOR T_ PRnCESSI_G.

*BULK cusro.ER DATA (1#-32)

*PAYSOAD

*CUSTOMER

*PAYSQAD DATA

CONTAINS STORED CO_+MAND SEQUENCES.

*CUSTOMER C_M_A_0S (I*-I00)

*IO_TIFIES

#CO_A:JD SEQUENCE

E-15
25-APR-1985

WQ

DSDSTRUCT

240 CQM_, EQUIPmenT STAT

US

241 COMMUNICATION HONITO

R

243 RECONFIG, PROCEDURES

244 TELEMETRY TABLE

245 NETWORK PLAN LINK PR

*OR,

252 EVA STATUS

(SEF 254)

(SEE 254)

CONTAINS A STANDARD LIRRARY OF AUTOWATED RECON°

FIGURATION PROCEDURES TO _AINTAIN YAXI_U_ CO_wUNIC_TIONS CAPABILITY IN _HE EVENT OF COMMUNICaTIONS EQUIPMENT wALFUNCTICN OR FAILURE,

*RECONFIGUPATION PROCEDURES

CONTAINS TELEMETRY ROUTING INFORMATION TO 5ELECT

THE MOST APPROPRIAT_ NETWORK RCUTIEG FOR PURPOSE

AND CORE TELEMETRY,

*TELEMETRY ROUTING

*CORE ROUTING

_PAYLOAD ROUTING (I*-30}

CONTAINS NETWORK PLANS ANt PRIORITIES FOR LINK

OPTIONS,

*NETWORK PLAN

*LINK PRIORITIES

CONTAINS CURRENT STATUS, WODE AND FUNCTION CF

EMU, M_U, AIRLOCK AND OTHER EVA EQUIPMENT,

*EV_ DATA

*EwU STATUS

*COI_SUMABLE LEVELS

_OXYGEN DEVELS

*NITRCGEN LEVELS

*WATER L_VEL

*_ATTKRY CHARGE

*COfiT_MINATIO_ LEVELS

*FAULTS

*MAINTENANCE NEEDS

_M_U STATUS

*CONSUMABLE LEVELS

*PPOPELLANT LEVEL

#B_TTERY CHARGE

*COOLANT

*CONTAMINATICN LEVEL@

*FAULTS

*WAINTENANCE N_EDS

*AIRLOCK STATUS

*AIRLGCK _C{]E

*AIR CO_POSITICN

*AIR PRESSURE

*AIR T_PEPATURE

*ATR _UMIDITY

_CO'4TA_INATION LEVELS

*_AINT_A_CE NEEDS

E-16
25-AP_-1q_5

_Q

DSDSTRUCT

253 GN & C STATUS

254 C & T STATUS

256 TETHER STATUS

25B GROUND FACILITY INVE

NT,

25g CUSTOMER INVEnTORIeS

CONTAINS CURRENT DATA ON THE STATUS OF MODES ANP

FUNCTIONS OF GN & C EQUIPMENT,

*GN & C STATUS

*GN & C nODE

*ATTITUDE SENSOR STATUS

" _RATE GYRO STATUS

_STAR TRACKER STATUS

*RCS STATUS

=ATTITUDE CONTROL STATUS

*C_G STATUS

*FLEXIBLE BODY MODE SENSCR STATUS

*_AGNETIC TORGUE STATUS

_PQINTING MOUNT STATIJS

$_AIN SEOUENCE NEEDS

CONTAINS CURRENT DATA ON COMMUNICATION AND TRACKING SYSTEM EQUIPMENT MO_ES AND FUNCTIONING,

tCOM_UNICATION MONITO_ (241)

_TRACKING STATUS

*TRACKING WODE

*LONG RANGE TRACKER STATUS

_PROXI_ITY TRACKER STATUS

_TRANSMITTER/RECEIVER STATUS-

*GPS RECEIVER STATUS

*TDRSS TRANSMITTER/RECEIVER STATUS

*MULTIACCE$S LINK STATUS

_STATION COMMUNICATION STATUS

*AUDIU SYSTEM STATU_

*VIDEO SYSTE_ STATUS

*COMMUNICATION EQUIPHENT STATUS

*_AIRT_INANCE NEEDS

=EQUIPMENT AVAILALILITY

=C_NTRQ6 PARAMETER STATUS

CONTAINS CURHF_T STATUS GF TETHER 5Y_TE _.

=TETHER STATUS

*STATE

CONTAINS CURRENT INVENICRIZ5 ANt RESUPP6Y _E_D_

FOR GROUNC FACILITIES,

*GROUND INVENTORIES (1*-30)

*M4TERIAL LOCATION, 5_ATES

=RESUPPLY REOUIRE_ENTS

CONTAINS CURRENT INVENTORIES A_ R_SUPPLY ,_EEDS

FOR CUSTOW_R PAYLOADS,

=CUSTOMER TNVENTORIES (1=-80)

*MATERIAL LOC_TI_k, SIATUS

=EQUIPMENT LCCATICN, STATUS

*RESUPPLY R_GUIREYEN_

E-17
25-APR-lg85

PSDSTRUCT

260 STATION INVENTORIES CONTAINS CURRENT INVENTCRIE5 ANt PESUPPLY hEEDS

FOR THE SPACE STATION AND PLATFCR_,

• $TATICN INVENTORIES

_MATERIAL bOCATIONw S_AYUS

• _ESUPP&Y NEEDS

• PbATFORM INVENTORIES(t*-4)

• MATERIAb LOCATIO_e S_ATU$

• RESUPPLY _EEOS

E-18
E.2 Data Store Input/Output

The data flows to and from the data stores contents the functions utilizin9

the data store_ and the implications of various physical locations for the

data store.

This section shows the data store input and output data flows. The first

column shows the number of the function communicatin 9 with the data store,

Nhere a 0.0 appears_ the communicatin 9 element is an external agency, The

data store number and name follow, Next is an indicator of whether the data

flow is an input to the data store (I) or an output from the data store (0),

The data flow diagram number and data flow name follow, Nhen an external

agency is involved_ its number and name come next. The final entry shows

the level of the data flow diagram in which the data flow appears,

E-19
I,-4

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14

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0

U _N N

mu u

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++++ o-°+o-°. +.+

< -°_<,.., ,+ P.+ _,.,_, _ + _<_

_< < << _,.,,.., <0 -0,+, < m <,-, ,..,,-,

" p,., - - " _,,+_, ,.,,,,,. ,., =,++:,+,+<

i+ I_IH rAtA

, , o . ° , , .

°_,

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:_l.° ,-,_--.-.---.....o,,..,oooo_,._.oo.oo...ooooooooooooooooooo

< [-_llq

E-23
o

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OMOMOOMONOMOOOOMMMOMOOMOMMMMMMOOOMOOOOOOMOOOMOMMOMOMO

O0

¢_

I

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E-24
@

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M

m

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m

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0

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_O0000_O00M_OOOOOOOO_OOOHO_OM_MO_O_OMO_O00_O0

m

m

I

<

MM M M M M MMMNMM MMMMMWM_ _ MMM 4 4 _ _ _ _#_

MM M MMMM MM M M _ a_ _,_ _U_ _m_ _$

>>>> >>>>_ooo _

< <<<, < <<<<< <<<<< <<<<,n , _ == < << <<<<< -_

• , . , o ° ° 0 ° 0 o o o o 0 , ,

.......... • ° ° , o ° • • • ° • • ° • o ° o ° o • , o . • . • , o • , • • • • o , o o • • • , o , o • ° , _ o • • o

E-25
II

0

0

0 _UNN 0U

0 0 0_

0 0_000

==<. = .<<... . <_ < <

___ _._

_!l oooo_oo-oo_o_ooo_o_oo-ooo-oo-o-_oo_--o--_o----ooooooo

o,.

O000UOOO_UU_O

NN

oo oo o _o_ oooo _ oo_ _

?

r,

E-26
m

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o ®

"..,..,,,--= <<<<oo _o<o=_= = o ..°o uuuo " -=- o u

Ji.0 IH I_ I_ 114Q - <<

0000 0 I.n !.* _., *'* 000 l_i.0

Ol oi

H|_m I O O O I.I I=! 1.4 H !,4 t,i 1,40 1,40 1.4 i,I O 1.4 1.40 O I_ O I,q O O O M M O O O O O O O 1.4 M 1.40 _ O _ _ O O _ _ _ O _ _ O O

<N

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m

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°,,, ,.°,°.°.,.°.,.°°°,°.°.

E-27
el

+<

_MM_M_M_

MMMMMMMMMMW

oo oo_ "0

UUUUUUU_UUU

_MMM_M_M_M_

<<<<

HH_ mm

+m+m-- _MM_M_M _+m +o:oo,,._+

_a_ _UU UUr_ "' " ,_< < <<.,

+

<<_ _oo _o P.-_

< !-111,41

, ........ , , , . ° . , . . , ° , . , . ,

• , . . . , o , ,

E-28
O

F.I

o_ HZ 0H00NOHOHOHOHHHHHOHHHH00HOHOHH000H00HH00HHOHN00H0000

k_

I

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<_oo _ t'- _,_c_m_ _ _ciela e_ m _n_ _,_,t- m _m _oo oo ooo _ _ _m mmm m ©mm m m m _ m m m

< HINI

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E-29
E.2P Data Store Input/Output (Platform)

The data flows to and from the data stores contents the functions utiiizin9

the data store, and the implications of various physical locations for the

data store,

This section shows the data store input and output data flows. The first

column shows the number of the function communicatin 9 with the data store.

Where a 0.0 appears_ the communicatin9 element is an external agency. The

data store number and name follo_. Next is an indicator of whether the data

flow is an input to the data store (I) or an output from the data store (0).

The data flow diagram number and data flow name follow. When an external

agency is involved, its number and name come next. The final entry shows

the level of the data flow diagram in which the data flow appears.

E-30
a,_

¢D

I00

m

°I-I

!'*

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°_o

IqU

_n

0

0

0

0

00000000000000_0_0_00_0_00_0_000000_00000_000

E-31
i&

W

+.<

o

i.*<+-+i

o_1

Io

o_

i-i

I

<+t-+

E-32
w

ii

oM

14

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o_ H_e

O0

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_ _ _ _ _

"° _

_-. oo=.-o oo._ o..=

_O*O=O,-- .._..0 ,N*,mmmmmm,H,< ,, ,,,,=_=

°..o.°°o°°._°mo°o.o°°.°.o_o_o.._o...oo°°oo°o°°o°°...

WOOM_O_O_OOOOMOO_O_OOOOO_OOMOOOOOOOOOOwOO_O_M_O00

m

m

e,t

i

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< i-Ill41

_I m r.1

°1i,

000

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..i_..i_ oo ooo_oooooo
U M

w

H 0

0 0

H

W ww_< w

• ..,o.oo.0,... ,,,o

o_

H_ MOOOOONOOHOM_ONO_OOOON_OOOOOOOMNOONON_OH_OHOHOOMO_OOM

I

,sq

= = o _== ===== _ ==

MMMHMMMHHMHMHHHMMMHMMMMHMHHM_HH _

<< < <<< <

M _ _MMHM M_ MM_M M_

• ° • • •

........................................... __

E-34
In

o

hi

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rA

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0

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_,-I_ CINi3 r;ll) ll31_ 10 O

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ID

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_+ _I_I_(+QM M M MN MMMW M M < <

[il_Iml_lq_I_" I_ ..+.....i.m+i.m+.,.,.,,,,,, t/J.

o ========_<<<ooooooooooo

I_1 I_ R I=, =_ N< <<<<<<<<m_mm N _,l k; _ N _.l

III IM l"l I'IIN IM IM I'IIM I'II-I _ PIO| _I _I__ {_I| P+O_ tO M M WI M IM M

i.il_kll_< flu NNkllml_m-ml-+ _m_l.+l-m+w_w_l-m_ wm-m_ _

oo _._,

== ,+,+.+,+o ooo o o ,,.,+o

M M M I-i

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Mrq . ooo..o o o ooooo

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mooo0 o,.,0,o,00,,0.,0,..0o.o,,.,..o .oo0,0.0..o,.,

,oo,o,.oo,ooo. ....... ,o.o.o,.oo,oo...ooooo_,..oooo,.,

E-35
10

lq

+.<k

mq

.,<

0

M Im

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+<oj!,.Oo, JJ

"i1 m

6

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<<<<

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m++++++

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,,<_< 1,41,,4 _ _<l,q I-I _ _ _

I_HHi+HHH

<<_<_+<.<._

M k4 M _1M k,I M

1.41"1 1.41-11-t

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<<

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0000000

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E-36
E.3 External to Process Data Flows

Data flows between external agencies and processes are an indication of the

degree of involvement of the external agencies in the operation of the

system.

This section shows the data flows between external and processes, organized

by external agency. These flows may also be correlated with the

input/output data in the functional data base to show amonts of data

transferred and interval.

The column entries are:

Fun. No. - The data flow diagram on which the data flow appears

Level - The data flow diagram level

I0 Hode - Whether the data flow is input to (I) or output from (0)

the external

Ex Source - Code number of the external data that some of the names

will have alight variations of aliases, identifiable as such by the code

number

Ex Source Name - Name of external source

Data Flow Message - Name of data flow

Process No - Source or destination process number

Process Name - Source or destination process name

E-37
i,,-I

<0

'o0

14

I;,I

OiOil I + 00O+ ........ o ...... • • . .

i <

W o

m+ _ , ---:<" "+: .o o: . .

"< _ _ _ o+,<:o_"'_',."_: :,<r-+'o_'-'_,...,.o +o! " + " " " " _ "

m _ ml_<m 0<0

°u m m - _u ou- . o > _, u . r_

m m kl I.I 14 _ _c 0 0 0 0 I.+

_! __ I.+ I._ I+ I.+ I.+ I+

_ ,o ,0 m z = = _ . --, _ --. m

o o o o o oo o o o _ _+ <_<_<_m m ,.., ,-, u r...) u u ++

+ o+o+o+o+o+++++ oo o o o -- . +, < <,.,<'<"_ ,.+,,..,._, o +o,., +0++ .o.,.,,.,,+,,, _. <:+,+ <+,+:_,+ +; <_ _+; <m -_ o_"

=-:o =. =. =. ==.. =. =- =. oo_ o- <_ <-<-<-= _,++,-++-. =. =u ;_':s'= ,,"o "o "o "o oo =o

1,4 I.,I I-4 I-I I,,I I-I I-I I1.1 I-I I-I I-1 O_

I-4

O_ k+ w 0 0 W NO 0 W 0 _00 _ 0 _ k+ 0 _ _ _ 0 W _ _ 0 t-+ 0 0

0

MZ

m _t 0 0 0 0 0 O0 0 0 0 000 0 0 0 0 0 0 0 0 0 0 ,,4 _ _ _ _

IO

m

_ 0 0 0 0 0 O0 0 0 0 000 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

o+ c; o o c; c; _c; o o o ooo o o c; o c; _ o c; o o ._ ,_ ._ .+ ._ ,+

E-38
m

w

o_

m,q

=

I

14

r,3

ig

:=

0

N

o

• ._,. ._. ._. .,,. ._. .... _i.... ,._._; ........... ._; ._._,_,_i...... "; o'_';o'_';_,'_.,._'r;';

i! O0<<

H 00_ 0 I.*m _U MU,m

i .o o _ o o -o_

" I >o _ g _ ..-- <-I_ oo

.o.oo

oo <,,

1_ rJ lq _ _ 0000 <r_ O0 _ _00_

U r_ I_ 0 r,j 0 0 0_

w O0

I=I _ _ HI_ t t mm

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r_ra _I l,& 0 0 0000 0 _ _

0

OI Ce _ _ CR L9 r_ tO L9 _ _ _(_ _ @@0 0 000@ @ _,. _,. _ 0 O0

0

0 0 _ _ _ 0 _ _ 0 _ *'* 000 O0 0 _00 _ w_O0 _ _

0 0 W _0

*-*]_

0 , 0 , , 0 , . , • , 0 . , • , , , • , ,

E-39
O O O O O O

M H _1 1.4 M

H H I_ I_ I_ H m W W_ _ _ m ra

. o o oo o . _.. o o o

0 0 _ [4 ra m ra m < < << < H H H i_ l_ < < <

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E.3P External to Process Data Flows (Platform)

Data flows between external agencies and processes are an indication of the

degree of involvement of the external agencies in the operation of the

system.

This section shows the data flows between external and processes, organized

by external agency. These flows may also be correlated with the

inputoutput data in the functional data base to show amonts of data

transferred and interval.

The column entries are:

• Fun. No. - The data flow diagram on which the data flow appears

• Level - The data flow diagram level

• I0 Mode - Whether the data flow is input to (I) or output from (0)

the external

• Ex Source - Code number of the external data that some of the names

will have alight variations of aliases, identifiable as such by the code

number

• Ex Source Name - Name of external source

• Data Flow Message - Name of data flow

. Process No - Source or destination process number

• Process Name - Source or destination process name

E-53
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0

O_ 0 0 M M 0 M M 000 0 MM OM OH M MM 0 M 0 0 M M OM O0 M 0

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E-55
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E-57
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E-58
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E.4 Process to Process Data Flows

The process-to-process data flows_ shown in this section_ are the primary

measure of interconnection for realtime data flow and the consequences of

collecting or separatin9 functions. The data entries are similar to those

of Section E.3.

E-60 "
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kl

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0_1 0 0 0 0/ 0 0 0 0/ 0 0 0 0 0 0 0 0 0 0 0o 0, 0o 0, 0, 0 0 0 0 0

o o o o o o o o ,_ ,., .-, ,_ ,_ ,4 ,-, ,-* .4 ,4 ,_ .-,,_ ,_ ,-* ,-* ,.* ,-. ,-* ..,

E-61
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ml MI'iMM

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411411 _I.41

Id

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wX:

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m

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141.'I

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<< o o o o o o o == < ,,

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H_

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m

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+I .... " "" '+ " " "

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t.m3

00_ MO 0 0 M M 0 0 M M M 0 0 0 M 0 M 0 OMMO MM O0 M MO 0 M 0

M_

• , • , , • ° • ° , ° ° ° ° , • ° , • ° •

• • ° • , , ° ° ° ° , , ° • • , • , • ° • , , , • . ° , ° , °

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E-70
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_oo_o.o.o o +.o+ o.o. . °.o.. o. ,.,<,.,l<l<<. It-I < ,., .-.-_

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) m o - o o - o _ o m o o _ o _ m oo m _ o o _o _ o_ o m

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E-72
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m_m r_

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E-81
E.4P Process to Process Data Flows (Platform)

The process-to-process data flows_ shown in this section_ are the primary

measure of interconnection for realtime data flow and the consequences of

collectin9 or separatin9 functions. The data entries are similar to those

of Section E.3.

E-82
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E-93
APPENDIX F

SIMULATION AND MODELING

F.1 OBJECTIVES OF SIMULATION

Simulations for the SSDS study are meant to provide an easy-to-use and

cost-effective method of analyzing various portions of the data system on

various levels. Developmont of the simulation models involves four major

objectives:

1) Quantify resources required

2) Develop parametric sensitivities

3) Quantify system architecture performance

to support design evaluatlon

4) Initiate at top level and expandlgrow

to model lower levels of detall

There are three slmulation tools described below which have been utilized with

these objectives tn mind. The Data System Dynamic Simulation program provides

very high level simulation models, whtle the Performance Analyst's Workbench

System and Research Queueing Package (RESQ) programs have been used for the

more detatled low level simulations. Together, these tools are used to support

the Space Station Data System trade studies.

F.2 DESCRIPTION OF SIMULATION TOOLS

The three simulation tools used to develop models pertaining to the Space

Station Data System are the Performance Analyst's Workbench System (PAWS}, Data

System Dynamic Simulation (DSDS), and Research Queuelng Package (RESQ)

simulation programs. Figure F.1 shows the method of approach in using the

simulation tools and their relationship to the mission models. The following

Is a brtef description of these tools.

• EbJIW ml_IN

. glm IBIN

Tumlm

MISSION

DATA STREAM

TIMELIMES

ENO-TO-ENO OATA SYTEM I ;;'_

AVAIU_I.E OATA SYSTEN WOOtA.ES

i TCI_S$ SG_EOULE/L0S wOOEL

..... p_so! _ _ _ ............

,,[,

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• HIi_

SINULATION

W_ING

- mAl_ STUOY

;ENSIIIV ITIES

- CONN. LINKS

6 OUFFBS

STATISTICS

• BEt'A D_B

SIWULATION

WOOELINS

- BWO-T0-ENO

* LOCALZ_

. RESQ 1 _

L , SIIft.E &HD CON_.EX $¥STENS

• CONFIOEKE INTERVALS

Figure F.L Simulation Tool Approach

• 0t'TA ILEI)

SIWUt.ATION

J_.Im

- LOCAL _A

F-I
Perfori_ance Analystts Workbench System

PAWS, developed by Information Research Associates, ts a software simulation

tool hosted at MDAC on a VAX 11/780 computer. PAWS enables the analyst to

model computer architectures, communication networks, data flow scheduling

algorithms, distributed data base systems, and distributed processing systems.

The PAWS simulation model can be qutckly translated from a pictorial

representation of a data network, formed by the PAWS "building block"

technique, Into an accurate model written tn the PAWS simulation language. The

language can be learned tn a few days and employs very high level primitives,

so most PAWS models are short and can be developed quickly, thus making PAWS a

"user-friendly" simulation tool. Statistics produced by the program are

extensive and include node throughputs, queue lengths, queueJng times, and

response ttmes. Specific SSDS applications of PAWS Include local area network

architecture comparisons, the FDDI token ring and FODS In particular. Section

3 contains modeling details of each architecture and the results are shown tn

section 4.

Data System Dynamic Simulation (DSDS)

DSDS was originally developed by General Electric for NASA Marshall Space

Flight Center In 1975 (see Figure F.2) and ls also hosted at MDAC on a VAX

11/780 computer, using interactive Tektronix terminals. The primary objective

of DSDS ts to provide a quick and easily understood method for simulating data

systems. The data system model (DSM) is butlt by Interconnecting data system

eloment models (DSEMs) which represent physical elements such as ground

stations, antennas, orbiting satellites, etc. and various logtcal functions.

DSDS Is an excellent tool for modeling Space Statton mtssJon tlmellnes as well

as high level models of the Space Station Data System. Spectal purpose DSEMs

used to develop the mtssJon models which are triggered by some deterministic

process include orbttJng satellites (SS, COP, POP), sun sensor models

(craft/nadir point status), TDRSS models (LOS analysts), and map sensor models

(landwater status). Other mtsstons requiring random processes to develop a

ttmeltne schedule make use of DSDSv random number generators. DSDS slmulatfon

results include response times, queueJng statistics, throughput, device

utilization reports, and graphtc displays.

Research Queuetng Package (RESQ)

The Research Queuetng Package (RESQ), an IBM product, Is an Interactive

modeling tool for constructing and solving queuetng network models of both

stmple and complex systems. Both analytical and simulation results can be

obtained using RESQ. The discrete event simulation capabilities allow modeling

of sytems involving simultaneous resource possession. Wtth these techniques,

the complexities of the system can be modeled and performance statistics,

Including utilization, throughput, queuelng time, etc..o can be obtained. RESQ

provides a hierarchical development approach which utlltzes submodels as

building blocks to create complex models.

In addition, RESQ provides the capability to indicate the accuracy of the

simulation using "confidence intervals". The length of the simulation can also

be controlled through user established stopping rules.

F-2
Specific RESQ models include the token rtng end CSMA/CD network architectures.

The simulation results from each of these models were compared as a calibration

exerctse to analytical results obta|ned using equations derived by #erner Bux,

IBiS-Zurich, SwJtzerlande Jn nLocal Area Subnetworks: A Performance Comparison",

IEEE Transactions on Communications, Oct. lgSI, as a calibration exercise.

The analytical results were obtained ustng the equations derived by Werner Bux

tn an existing APL program. The parameters were varted In order to observe the

effect on performance. The analytical results for the token ring end CSMA/CD

model are shown tn section F.4.

F-3
SPACE

SYSTEMS DSDS- OPERATIONS HUNTSVILLE

_,,(_(97 °'vIs'°N DATA SYSTEM DYNAMIC SIMULATION

"_-----,-_ M&DSO/D&IS

i, i | i,

C_A SOFTWARE SIMULATION WE DEVELOPED ON CONTRACT NASA TO

_F SIMULATION AND ANALYSIS TOOL :_ DEVELOPED ON IBM/3E0 NASAJMSFC

:_ SIMPLIFIED USER MODEL DEVELOPMENT :_ PORTED TO PRIME 400 NASA/MSFC

:f_ INTERACTIVE IMPLEMENTATION :_ PORTED TO IBM/310 NASAIGSFC

:(c 40 ELEMENT MODELS (DSEM'SI :(c PORTED TO VAX 11/'/80 NASA/GSECIAMES

:_ VERIFIED THROUGH USE NBS

:(c AUTOMATIC DATA COLLECTION AND REPORTING :(¢ OPTIMIZATION AND STREAMLINING GEIIR&O

VAX 11/7110

_APPLICATION OF DSDS TO 0ATA SYSTEM DESIGN ASSESSMENTS AND

ANALYSIS

__ _1,.,./_ IN||OIAI(0. MULIIPUIFO|| DATA •

_ COMMUNICATION |TSTEMS ANALTSES

_/,_ EHO.TO.mO 0AIA

\_ ,)_STSV_MS ;'AOES FEOCESSINa

,.

,m , r,(,,C-.Z'__ J'_ "_

.r ar _ _ _ |t1|l(ltll \ I , o- _ "-r-' / .L 3

II I .... IIII PIIClIIII

i{llllllJl !it U. I-,i_l'l-_e,-Ir II. I

r :_¢ GLOBAL CROP PRODUCTION

FORECASTING

_( WEATHER AND CLIMATE

:_( SEVERE STORM WARNING

_/c OCEAN DATA

<

)0{ AIR FORCE NETWORKS

_(C GRIONET

_ MINICOMPUTER PERFORMANCE

, _( NUMERICAL PROCESSING SYSTEM

#f CONSOLIDATED SUPPORT SYSTEM

Figure F.2 Data System Dynamic Simulation " DSDS

F.3 SYSTEM MOOELS AND ASSUMPTIONS

Three major categories of simulations have been modeled for the Space

Station Data System: 1) Mission scenario modelp 2) End-to-end model, and 3)

Local area network models. Each group Is represented by a diagram which

describes the logic of the system modeled, along with a set of assumptions and

user inputs required to run the simulation and produce results as shown in

section 4.

Mlsslon Model

Table F.1 presents all IOC and growth missions from the Woods Hole data base

for the space station, co-orbftlng platform, and polar orbiting platforms. The

table provides the mission number, name, yearly operational percentage, data

rate, total duration of "on" time, number of times per day the mission is

turned on, the average daily data rate, the average yearly data rate,

origination, mission trigger (determinant for turning on the mission), date of

mission, destination, and delivery tlme (establishes priority among the

missions). Other fields of the table were not entered into the mission model,

but are provided for full mission background information. The information

utilized In the table was entered Into a data system model using DSDS to create

mission tlmelines for all system analysis models.

F4
4

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i

z

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Table F,1 Woods Hole Mission Data Base Input to DSDS Mission Model

F-B
Figure F.3 glves an overvlew of the mlsslon model scenarloo Two sample DSDS

mlsslon models are shown In flgure Fo4. Assumptlons for the mlsslon model are

as follows:

J Mission ]

Data

Base

Mission Model I

Parameters

I Misslon Event l

Generator J

TDMX 2260

SAAX 0207

SAAX 0212

Comm 1019

TV Channels

Voice

Channels

. SS, COP apogee of SO0 Km

. SS, COP inclination angle of 28.5 degrees

• POP apogee of 700 Km

. POP inclination angle of 98.2 degrees

END-TO-END SIMULATION

Other Data 1

• Commands UplinkJ

• Eng/Operations J

• Voice/TV I

Requests

For Service

Short-Term Schedule )

Constraints

Crew Time

Comm BandwidthlTDRSS Oplions (I, 2, 3)

Mass Store/Buffers

Other (Power, Thermal .... )

l

Schedule i Execute

Results

.... Performance

--_e

! i 1

i L. _,_ Peak/Average

I I

i

1

I

I

4 2

1

i

ii/i 1

!

i 1 i 2 i1

t I

1 _ Time

.... Bandwidth

Utilization

_-[__j-_jj-7 Qu eue Lengths

Response Time

L Delays. _ ••

Ftgure F.3

TriggeP - Sunlit Land

" 'ORB%T "

PgOOUCE

SATELLITE

allITING

OATA

.1..-.<

I LAND

SUN

NJ_IR PT.

SUN/DARK

OFF.

okqK/sUN

-ON

Mtsston Model Overvtew

OWOFF

CONTROLS

P_ORN

LOGICAL

ON

ZNCONZNG

EVEntS

_ OWOFF

cD_rn_t.s

• DATA

START/STOP

GENERATIN$

DATA

(ON-STkqT.

OFF.-STOPI

DATA

Triggen = Poisson process. Data on' time = 30 minutes

I ._0.::j I DAT*

d NISSION

OF 0ATA - I TtMELINE

L ).,__t I FOREVENT EACNON [ OAT.

Ftgure F.4 Sample DSDS Mtsston Hodels

F6
End-to-End Network Model

The end-to-end network was modeled with DSDS for both 10C and growth mtsstons

from the mtsslon model described tn the previous section• There are three

different configurations (one configuration for space and three for ground)

shown In figure F•5• All missions wtth data rates below 10 Mbps were combined

as one low rate continuous mtsslon for SS, COPe and POPs (one for each),

Ground link bandwtdths were detemtned by the average input rate at a

particular buffer• The following additional assumptions for the end-to-end

network model are as follows:

• One, two, or three TDRSS SA ltnks of 300 Mbps

bandwidth each

• TDRSS SA channels are modeled as resources:

3 SA links are modeled as follows:

Five repetitive 20 minute zones of non_ontact

during which the SA channels are taken away:

1) 1 from SS, 1 from POP1

2) 2 from SS

3) 2 from POP1

4) I from POP1, 1 from POP2

5) 1 from SS, 1 from POP2

2 SA links are modeled as follows:

Two simultaneous sets of three repetitive

zoneslof_ontact during which the SA channels

are available (Set 1 starts wlth zone 1,

Set 2 starts wtth zone 2):

1) POP1 for 45 minutes

2) SS for 25 minutes

3) POP2 for 10 minutes

1SA link is modeled wlth three zones-of-contact

during which the SA channel ts available:

1) POP1 for 45 minutes

2) SS for 25 minutes

3) POP2 for 10 minutes

• IOC high rate missions are:

Source RDC Mission I Prlorlty

SS GSFC C0_1014 2

SS GSFC SAAX0207 1

POP1 GSFC COHM1019 2

POP1 GSFC S/_0209 2

POP1 GSFC SAAX0228 2

POP2 3PL SAAX0212 2

F-7
• Growth htgh rate mlssfons are:

Source RDC HJssJon # Priority

SS GSFC COMHIO14 2

SS GSFC SAAXO011 2

SS LANG SAAX0227 1

POP1 GSFC C0t_1019 2

POP1 GSFC SAAX0209 2

POP1 GSFC SAAX0228 2

POP2 3PI, SAAX0212 2

• A1] low rate combined continuous missions

are sent to GSFC

• IOC low rate combined continuous missions are given

prtortty level 3

OSDS simulation model results for one, two, or three SA links using the IOC

end-to-end configuration are shown tn section F.4.

F-8
................. _t s_-zo_fiOO_-L..............

1 NISBIO_ NI

l

I

!

i

I

I SS/TDRSS

SZN6LE

_E_.ESS

C_Ju_EL {SI

t

1

k

I

I ACCESS

I C_'tAJ4qEL(S1

L

BUFFER

J I

(P0Pl,_3_q5 ]POP3/TI3RSS

J J

F|gure F.5-a DSDS End-to-End S1mulatlon Model (Space)

F-9
F_gure F.S-b DSDS End-to-End Simulation Model (Ground Configuration #1)

-4 , :l'_l

Flgure F.5-c DSDS End-to-End Simulation Model (Ground Configuration 12)

Figure F.5-d DSDS End-to-End Simulation Model (Ground Configuration #3)

F-IO
Buffering Analysis Model

The buffering analysts model was developed using DSDS to support the end-to-end

network effort for the SSDS study, The DSDS model configuration ts shown tn

figure F.6 and the assumptions used are as follows:

• Zone of "non-contact" for n minutes

. SA link bandwidth of b Hbps

Figure F•6 DSDS Buffer Simulation Hodel

Local Area Network Models

The local area network architectures that have been modeled for the Space

Station Data System study are fiber distributed data interface, fiber optic

demonstration system, token ring, and carrier s,_ns,_ (_,ultiple_access with

collision detection• These UkN simulation models are parametric sensitivities

as opposed to mission model driven•

Fiber Distributed Data Interface (FDOI) Token Ring

The Fiber Distributed Data Interface (FDDI) token ring architecture shown in

figure F,7, is modeled using the following assumptions with PAWS:

• SO0, 1000, 2048 byte data packets

• 28 byte header

• 11 byte token

• 100 Hbps effective bandwidth

(Ignores 4 for 5 symbol encoding)

• 50 m arm length between BIUs

• 5 usec/Km propogatton speed

• 5 nodes

• Non-redundant configuration

• No transmission errors

F-11
n TRT - Token flotation Time

TTRT - Target Token Rotetton Ttme

TOKEN

" SINK

STRIP

WESSk6E (S)

L FROM

RING

6

DESTROY

., )

Figure F.7 PAWS Model of FDDI logic for one node

Fiber Optic Demonstration System (FODS)

The Fiber Optic Demonstration System (FODS) data bus, also modeled with PAWS,

is shown in figure F.8. The PAWS FODS model assumptions are:

. 500, 1000, or 2048 byte data packets

. 15 byte header plus trailer

• 100 Mbps bandwidth

• 25 m star arm length (50 m total between BIUs)

• 5 usec/Km propogatton speed

• 5 nodes

• Tgap = 1.6 usec

(gap time after each transmission)

• Tsw = 1.6 usec

(time slot width)

• Random delay after controlled access mode =

0,0 to 1.6 usec (step size of 0.1 usec)

• Non-redundant configuration

• No transmission errors

F-12
[TRANSNIT 1 [ MODe ]

| |AFTER LAST|

| SEND Z / |TINE SLOT /

IF TZNEn_=_,TA TE I MESSAGE

.... J _TN_NsAsT_G_N j l AT A TZI4E I " J3ESTIN.TION,; OESTROY

IANOON [ TRANSMIT 1 [ COLLISION I i NO _ •

,CCESS|ATTEW3TTO[ I I I

bODE SEND "DE INES *'E I I J

BUS HAS

--"--"_BEEN IDLE r_ OCCURED? ]___4

f°' I J

NODE

BE61N

TZNE

SLOT

NODE

E$

f RECOVER 1

| RESET [

/ MESSAGE |

] PRIORI_TY /

t TOHZGH j

Figure F.8 PAWS Model of FODS Loglc For One. Node

The token

figure F.9.

Token Rtng

rtng architecture was modeled wtth RESQ and tts logtc ts shown tn

Characteristics of the model are as follows:

• 46 byte data packets

• 21 byte header

• 3 byte token

• 10 Mbps bandwidth

• 12 Km total rtng length

• 5 usec/Km propogatton delay

• 1.5 btt delay per node

• 3 byte delay per message

• 10 nodes

. All nodes have equal prtorlty

• Non-redundant configuration

. No transmtss|on errors

F-13
Figure F.9. RESQ CSMA/CD Simulation Logic for One Node

Carrier Sense Multiple Access with Collision Detection (CSMA/CD)

The CSMA/CD bus architecture, also modeled with RESQ, Is represented in figure

F.IO. The parameters used for the simulation model are as follows:

• 46 byte data packets

• 38 byte overhead

• 3.47 Km effective cable length

• 10 Mbps bandwidth

• S usec/Km propogation delay between nodes

• 100 nodes

• All nodes have equal priority

• 96 byte interframe spacing

• 168 usec delay for retry

• Non-redundant configuration

• No transmission errors

F-14
.,u_I

_ &r'l ID I

=.-= ±_

t -I

A

_, =,.,.,_ = L,.,= _ '.,.'= i,,,m

£,j--

0

Z:

C

0

!,,,.

0

U

*r-',.

_r_

0

.-J

0

.r,-

Or)

r',,"

0

Or}

r.,,.

(U

*r--

l,

F-15
F.4 SIMULATION RESULTS

The following diagrams illustrate performance results for each simulation

model described In section 3.

MISSION MODEL' SCENARIO

Tlmellnes for the two DSDS sample space statlon missions referred to in figure

F.4 are shown below in flgure F.11. Dark areas for both tlmellnes indicate a

"trigger on" condition.

SU_LZT L_ND TRIGGER MISSION TXMELIhlE

TIME I_ _OUI_S

TIME If_ HOUPS

Figure F.11 Sample DSDS Space Station Mlsston Tlmelines

F-16
END-TO-END NETWORK SIMULATION RESULTS

Buffering Analysis

All simulation results of the end-to-end network model are for a 24 hour

simulation period. Table F•2 shows the buffer loadtng results for IOC onboard

the Space Station and POPs. Ground buffer loading, shown tn Table F•3_

represents ground configurations 1 & 2w and 3 (results for ground conftgs. 1 &

2 are the same)• Ground link bandwidths were detemJned by the mean input data

rate for each buffer :

IOC ground 11nk bandwtdths

• White Sands to JPL - 21Mbps \

• White Sands to GSFC - 75 Mbps/ Ground conftgs. 1,2

• White Sands to GSFC - 100 Mbps\

• GSFC to JPL = 21Hbps / Ground config. 3

Timing and Resource Analysis

Resource utilization and response time results are shown In tables F.4 and F.5

for the IOC end-to-end simulation model. The resource utilization results are

for each ground point-to-point link• Response times given are from data

generation time to data deltvery tJ_ ( to the end user).

HEANLI_D HAXIHtHLOAD

IOC BUFFER IN BITS IN BITS

1 SA SS 11.412 X 10E9 219.6 X 10E9

LINK

POP1 45.099 X IOE9 510.3 X IOE9

POP2 88.137 X 10E9 351.9 X 10E9

2 _ SS 4.797 X 10E9 216.9 X 10E9

LINKS

POP1 2.772 X IOE9 82.8 X 10E9

POP2 30.02 X 10E3 245.7 X 10E9

3 _ SS 3.024 X 10F.9 176.4 X 10E9

LINKS

PQP1 2.691 X 10E9 63.9 X 10E9

POP2 8.919X IOE9 233.1 X 10E9

Table F.2 DSDS Onboard Buffer L'oadlng Simulation Results

F-17
IOC _ IOC

GROUHOCONFIGS.1 & 2 i 6ROLJ@CONFIG.3

BI_FER _ LOAi) PteiXIl'gJ1LllO, O i BUFFER MEq_LOAO

IN BITS IN BITS ! IN BITS

P#_XIMUMLOAD

IN BITS

ISA

LINK

JPL 146.619X 10E9 441. X 10E9 ! _ITE 163.26 X 10E9

(ATWHITESP_I)S) ! SANDS

GS_C 126.315X 10E9 391.5 X 10_ ! JPL 125.361 X 10E9

(ATI_IITE ,9¥@S) ! (AT GSFC)

2,_

LINKS

!

JPL 172.8 X 10_ 513. X 10E9 ! i_IITE 252.054X 10E9

(AT_]TE SPJ@S) ! SPJ@S

I

GSFC 157.41X fOE9 487.8 X IOE9 ! JPL 153.558X 10E9

(ATI._IITE,9¥qOS) ! (AT GSFC)

683.1 X 10E9

477.9 X 10E9

3_

LINKS

!

JPL 178.164X I0_ 538.2 X 10_ i I_.IITE 272.07 X 10E9

(AT_ITE SAHOS) ! SP/,O)S

6_C 165._3 X IOE9 497.7 X 10_ ! _L 128.043 X 10E9

(ATHI'IITE_e_OS) ! (AT 6SFC)

706.5 X 10E9

435.6 X 10E9

Table F.3 DSDS Ground Buffer Load Sfmuletton Results

GAOONDC_IGS. 1 & 2 i GROLIqDCONFIG.3

RESOURCE UTILIZATION _OWI DTH ! RESOURCE UTILIZATION

I

B_l DTH

HS-JPL 82.87 X 21MBPS ! HS-GSFC 79.9

IOC LINK z LINK

1SA

100 MBPS

LINK HS-GSFC 81.98 _ 75MBPS ! GSFC-JPL 82.84

LINK I LINK

I

21 MBPS

WS-JPL 84.22 _ 21MBPS ! HS-GSFC 80.11

]OC LINK I LINK

2SA

100 HBPS

LINKS WS-GSFC 80.98 _ 75HSPS ! GSFC-JPL 80.67

LINK i LINK

I

21 MBPS

_-JPL 84.95 % 21HBPS ! WS-GSFC 80.125

IOC LINK i LINK

3SA

i00MBPS

LINKS HS-GSFC 82.27 _ 75MSPS ! GSFC-JPL 83.378 %

LINK _ LINK

21 MBPS

Table F.4 DSDS Resource Utilization Simulation Results

F-18
ISA

LINK SOURCE

CONFIfiS.I & 2

RI)C MISSION# MEANRESPONSETIME

C0te:IGS,I G 2

RESPONSETIME

lOC

MISSIONS

SS

SS

POP1

POP1

POP1

POP2

6SFC C0MM1014 46 MIN 27 SEC

6_C SAAX0207 22 MIN 59 SEC

GSFC C0tttl019 47 MIN 38 SEC

6SFC SAAX0209 47 MIN 40 SEC

6SFC SeAX0228 47 MIN 21 SEC

JR- SAeIX0212 3 HAS30 MIN 59 SEC

1 FIR 13MIN 50 SEC

55 MIN 35 SEC

2HAS 1MIN 7SEC

2HAS 1MIN 16SEC

2 HAS 37 SEC

7HAS37MIN 40 SEC

ISA

LINK SOlaCE

CONFI6.3

RDC MISSION# _ RESPONSETIME

"

CONFI6.3

i'PXRESPONSETIME

IOC

MISSIONS

SS

SS

POPI

6_C COHHIO14 33 MIN 5 SEC

6SFC SeAX0207 22 HIN 19 SEC

6SFC CCHHIO19 47 MIN 46 SEC

G_C SPAX0209 47 MIN 47 SEC

GSF'C SA_0228 46 MIN 3 SEC

JPL SAAX0212 3 HAS37 MIN 10 SEC

1 HA 7MIN 59SEC

55 MIN 31 SEC

1 HA 46MIN 25 SEC

1 HA 46MIN 33 SEC

1 HA 41MIN 17 SEC

7HAS37MIN 52 SEC

2SA

LINKS SOURCE

CONFIGS.I & 2

R_ MISSION$ _ RESPONSETIME

C01_I6S. 1 & 2

HeLXRESPONSETIME

IOC

MISSIONS

SS

SS

POPI

POP1

POP1

POP2

GSFC COHMIOI4 45 MIN "24 SEC

GSFC SA_X0207 4 MIN 2 SEC

GSFC COHHIOI9 43 MIN 2 SEC

GSFC S_AX0209 43 HIN 3 SEC

6SFC SMX0228 43 MIN 32 SEC

JR. S_0212 3 HAS 2 MIN 46 SEC

I HA 38MIN 56 SEC

20 MIN 9 SEC

1 HA 49MIN 35SEC

1 HA 49MIN 44 SEC

I HA 49MIN 5 SEC

7HAS 18MIN 8SEC

2SA

LINKS S_R_

WIG. 3

RI)C MISSION# MF..,_,i RESPONSETIME

WIG. 3

RESPONSETIME

IOC

MISSIONS

SS

SS

POPI

POP1

POPI

POP2

6SFC COHH1014 35 MIN 42 SEC

GSFC SA_X0207 3 MIN 50 SEC

GSFC COMM1019 46 MIN 14 SEC

6SFC SMX0209 46 MIN 12 SEC

G_C SoAX0228 42 MIN 8 SEC

JR. S_AX0212 3 HAS52 MIN 23 SEC

1FIR 4MIN 11SEC

20 MIN

1FIR 53MIN 18 SEC

1 HA 53MIN 27 SEC

1 FIR 52MIN 58 SEC

8 HRS 9MIN 16 SEC

3SA

LINKS SOURCE

CONFIG.I & 2

ROC MISSION# MEANRESPONSETIME

CONFIG.I & 2

RESPONSETIME

lOC

MISSIONS

SS

SS

POP1

POP1

POP1

POP2

GSFC COMMIOI4 47 MIN 13 SEC

_C S_¢0(0207 2 MIN 36 SEC

GSFC COMMIOI9 42 MIN 5 SEC

GSFC _AX0209 42 MIN 6 SEC

GSFC ,,_iX0228 44 MIN 52 SEC

JR. S_AX0212 2 HAS 47 MIN 20 SEC

I HA 37MIN 32SEC

20MIN IB SEC

I HA 48MIN 20 SEC

I FIR 48MIN 29SEC

I HA 47MIN 50 SEC

7HAS 7MIN 37SEC

3S_

LINKS SOURCE

CONFIG.3

R0C MISSION# _RESPONSE TIME

CONFIG.3

MAX RESPONSETIME

IOC

MISSIONS

SS

SS

POP1

POP1

POP1

POP2

GSFC CCI'IMIO14 45 MIN 17 SEC 1 HR 50 MIN 5 SEC

GSFC ,£_AX0207 2 MIN 28 SEC 20 MIN 14 SEC

GSFC C0HH1019 50 MIN 52 SEC 1 HA 52 MIN 33 SEC

6SFC SA_X0209 50 MIN 51 SEC 1 HA 52 MIN 42 SEC

GSFC SI¥iX0228 52MIN 30 SEC 1 HA 52 MIN 13 SEC

JPL SoAX0212 3 HAS 4 MIN 5 SEC 7HAS 2fl MIN 24 SEC

Table F.5 DSDS Response Time S|mulatlon Results

F-19
Buffering Analysts Model

BUFFERING ANALYSIS

Figure F.12p shown below, presents the buffer load analysis for 3 missions:

1) 80 Kbps continuous

2) 5 Kbps for 45 minutes

3) 3 Hbps for 30 minutes

The SA link bandwidth, b, Is 1.5 Mbps and the zone of "non-contact" is set for

t - 0 to t - 20 mlnuteSo Total simulation ttmets 98 mtnutes (approx. one

orbit).

Tables F.6 and F.7 show peak buffer load and timing analyses for several sets

of missions wlth varying bandwldths and zone of "non-contact" tlmes. Kaxlmum

queue tlme is defined as the total slmulatlon tlme (from t = 0.0) before the

buffer load reaches zero bits stored.

YDeS T_

M.

8

P

$

R|$S|OI! 8! ¢ll_lP5 ¢0_tSy,s_lYJ Y|fSCL|*(

RISS|Oeq 82 qSl[l_P$ IrOt 45 n|MUTl_5,b TI_tELtNtE

TIf'l[ IIq RIHUT(S _ TOTAL Slr'4._oflOeq rO_ _1 fS|NUTCS

Figure F.12 Sample DSDS Buffer LOad Analysis

F-20
3 Missions:

Polar Orbiting Platform

I) 80 Kbps continuous

2) 5 Kbps for 45 minutes

3) 3 Mbps for 30 minutes

Simulation run tlme - 98 minutes

Zone of "non-contact" for n - 15, 20, 30, 45 minutes

Bandwidth, b - 1.5, 2., 3., 4., 5. Hbps

Zone of "non-contact" Bandwidth

n b

15 mtnutes 1.5 Mbps 2 Mbps 3 Mbps 4 Mbps 5 Mbps I

I

Max. Buffer Load = 4209 3759 2859 2781 2781 I

(Mblts) I

Max. Queue Time - 1.29 hrs 1.01 hrs 44.22 mtn 36.66 mtn 32.26 mini

20 minutes 1.S Mbps

Max. Buffer Load = 4659

(Mbits)

Max. Queue Ttme= 1.38 hrs

30 minutes

Max. Buffer Load =

(Mbits)

Max. Queue Time =

45 minutes

5559

1.27 hrs

2 Mbps 3 Mbps 4 Mbps 5 Mbps I

I

4359 3759 3708 3708 I

I

1.10 hrs 49.35 mtn 41.78 mtn 37.34 mini

2 Mbps 3 Mbps 4 Mbps 5 Mbps I

I

5559 5559 5559 I

I

59.62 hrs 51.99 hrs 47.52 hrsl

3 Hbps 4 Mbps 5 Mbps

Max. Buffer Load = 5634 5634 5634

(Mbtts)

Max. Queue Time = 1.24 hrs 1.12 hrs 1.05 hrs

Table F.6 Buffer Load Performance Results - Scenario 1

F-21
Space Station 1994

2 Missions: 1) 1506 Kbps for 60 mtnutes

2) 191Kbps continuous

Sl=ulatton run ttme- 98 minutes

Zone of "non-contact" for n - 10, 20, 30p 40 minutes

Bandwidth, b = 1.5, 2.w 3.p 4., 5. Mbps

Zone of "non-contact" Bandwidth

n b

10 minutes 1.5 Hbps 2 Hbps 3 Mbps 4 Mbps

Max. Buffer Load = 1610 1020 1020 1020

(Mbits)

Max. Queue Time = 1.31 hrs 58.94 mtn 20.89 mtn 15.80 min

5 Mbps I

I

1020 I

I

14.05 mtn[

m iHmlmllel_B_m_m_m_ _ _lMD _=14n_

20 minutes 1.5 Hbps 2 Hbps 3 Mbps 4 Mbps 5 Hbps I

Max. Buffer Load = 2510

(Mbtts)

Max. Queue Time = 1.50 hrs

30 _inutes

Max. Buffer Load =

(_lbits)

Max. Queue Time =

_mm mm m m mmmmmm_ mm _ mme,m, ,

40 mtnutes

2038 2038 2038

1.17 hrs 43.91 mtn 33.18 mtn

2 Hbps 3 :Ji_i;_ 4 r_bps

3056 3056 3056

1.35 hrs 1.05 hrs 50.54 mtn

2 Hbps 3 Hbps 4 Hbps

4076 4076 4076

1.54 hrs

Max. Buffer Load =

(Mbtts)

Max. Queue Time =

I

2038 I

I

29.19 mln i

I

5 _bps I

I

!

3056 I

l

I

44.32 mtn I

I

5 Mbps I

I

I

4076 t

I

I

1.23 hrs 1.08 hrs 59.46 mtn I

Table F.7 Buffer Load Performance Results -Scenarto 2

F-22
LOCAL AREA NETWORK ANALYSIS

FDDI Token Rtng

Performance results for the PAWS FDOI token ring simulation model are shown

below. Figure F.13 represents the throughput and response time performance

results for 5 acttve stations, generating al1 high prtorlty messages. For thts

particular model, since all messages have top priority, message transmission ts

dependent only upon arrival of the token at a station - no token rotation ttme

constraint ts applied. However, only one message Js transmitted for each token

arrival, thus 11mJttng each stattonVs transmission t|me as well as the token

rotatton ttme around the Hng to other stations. Input rates shown are mean

values based on an exponential random process. The response time gtven Is the

ttme a message watts at the top of Its source queue untl] it ts transmitted

onto the ring. The resu]ts show that for top priority, a h|gher throughput

performance ts reached wtth larger data fte]ds, however, response times are

a]so Increased 0vera]lethe ring uttl|zatlon Is quite htgh.

Rx_ TOKENR_GR_ T_[ PERFO_ R£_

Rf_PON_ 11ME= 11_ 11ME- READYTO11_ TME

5 AcnvE S_ON_ ALLMESSAGESHAVEH_H pRK_

e_

#

- /

- /

- /

J

I ," /

-J / I

o , ,

5 AC_VESTAT_NS

ALLMESSAG_HAVEHIGH_

JZ-.. x

• ° A

IdCAmqA_ IINMJTPtAlltm _

xmm

OoOuI..noOO_

QMM

Ftgure F.13 PAWS FDDI Token Rtng Model Performance Results -Scenarto i

F-23
Figure F.14 involves 5 active stations, all sending 3 priority levels of data

wlth information field lengths of 1000 bytes. All priority 1 messages from one

station are transmitted upon receipt of the token. Prtortty 2 and 3 message

transmissions are dependent upon the token rotation time or the present data

load. Service time ts defined as a messageOs total queue time at a statton

before transmission. This shows that, for low ring traffic (under 100 Mbps

total Input rate), throughput and response performances are very desirable.

However, as the total attempted input rate exceeds 150 Mbps, ring utilization

Is overtaken by all priority 1 messages.

J

OOoo.

40-

No

e

3 PRIORn'Y LEVELS OF DATA

5 ACTI_ STATIONS

. m...ee--- e._- e--_ _

TOTALA_ Ie4ZrRAI_W_r_

P_

& MlOe81"Y 1

X PllO4efY 2

0 Iquom_r 3

U_n4L

Figure F.14 ,. PAWS FDDI Token Ring Model Performance Results - Scenario 2

F-24
Fiber Optic Demonstration System

Flgure F.15 shows the performance results for the PAWS FODS simulation modelo

The model contained S acttve stattons wtth potsson input rates and varytng

Information lengths for messages. This shows that performance of the FODS and

FDDI token ring configurations are relatively close. Again, larger data

lengths receive higher throughput and response times.

FOOSRE_ 11MEP£_FO_IANC_ RESIJLTS

RE_ TI_ = TRAI_ 11ME- READYTO TRA_ 11M£

S ,_'I'P_ ST.6310NS

il

|

I

,WO._

O-'

tee-

,,8,

0

,m

/

/

w

/o

°°

/

/ /

°.o

.i au

I,drr.,,_ OUllKIT IE4,TE IN t,IP5

_os Vo _ _._

5 ACnVESTAT_S

• , , , ,

t,n 44' IO 141 W 110

M£AN A_ INPUT IIA_ IN MmmS

O

&

oc_

X wm

QMm

-- mgo m'_m

O N_I_

Figure F.1S PAWS FOOS Model Performance Results

F-25
i

Token Ring

Calibration curves for the RESQ simulation model of the token ring are shown

below In ftgure F.16. The two curves represent simulation and analytical

results. The results show that rtng utilization peaks at approximately 50Z and

transfer ttme Js relatively low unttl 45S utilization where Jt has significant

increase.

Y-I

*4

s4

J_

m_

¢_

H

I

,/

&U

l

Ftgure F.16 RESQ Token Rtng Simulation Results

Carrler Sense Multlple Access with CollJslon Detection (CSMA/CD)

Ftgure F.17, shown below, are simulation and analytical results for the RESQ

CSMA/CD simulation model. The two calibration curves gtve a maxtmum

utilization of only 20S and low transfer ttme up to approximately 18_

utilization. 0verall, thts architecture shows poor performance.

CS_g_/CDCAUBRA_ONCUR_

!

D_TA_nnL_l_Gle_

& m_Lewm

F1gureF.17 RESO CSMAICD Simulation Results

F-26
APPENDIX G

FUNCTION DESIGN CHARACTERISTICS

G-I
FUNCTIONAL REQUIREMENTS DATA BASE

DESIGN CHARACTERISTICS FIELD DESCRIPTION

This list of definitions will help the reader understand the entries of the

design characteristic section of the SSDS functional requirements data base.

ENTRY DESCRIPTION

Data Source

Methodology

Response Tlme

Contains the documents that contributed to the

design characterlstlcs of the function

Two lines indicating methods used to define the

design characteristics

Maximum acceptable delay (In msec) from input to

output including function execution time.

Command Level One or more characters indicating level hierarchy

A - Automatic - no operator activity required

I - Interactive - some operator activity required

M - Manual - much operator activity required

N - Not Determined

Command Location One or more characters indicating command source

hierarchy

U - User slte

G - Ground

0 - Onboard

I - Internal to function

N - Not Determined

Data Quality Maximum bit error rate at final destination in

errors per I06 bits

Synchronization Up to two other functions not directly connected by

I/O which must be synchronized wlth thls function

Dependency Single character showing dependency

U - User Remote Facility

G - SSOS Ground Element

S - SSDS Space Element

I - Independent of other locations

N - Not Determined

G.2
Physical Location Code Indicate code as:

Diagnostics Req'd

Interval

M - Multiple

H - Habitability module

P - Pressurized laboratory module

L - Logistics module

N - Multiple berthing module

R - Resource module

X - Exterior mounting

C - Constellation

F - Remote free-fller

G - Ground station

U - User site

S - Safe Haven

D - Don't care

T - TBD

Single character indicating yes or no for

diagnosis or self-check (presence of diagnostics

implies that there Is a data flow output to CORE

STAT)

Tlme between diagnostic cycles in sec

Instructions

Repetition Rate

Repetition Units

Program Slze

Data Requirement

Secondary Storage

Average number of instructions executed when this

function is triggered In kllo instructions per

cycle

Average rate that thls function Is executed (per

time units specified below)

Three character set giving repetition rate unlt_

/ms - per millisecond

/s - per second

/mn - per minute

/hr - per hour

/da - per day

Size of program In Kbytes (resident in CPU)

Processor storage In Kbytes (resident in CPU)

Storage amount in Kbytes (on llne - on a hard

disk, for example)

G-3
Perlshablllty % , Time

Archive Storage

No. of Displays

Indicates percent perishable in hours (what

percent of the data in secondary storage becomes

obsolete over time?; what is the average update

interval?)

Amount of offllne storage in Kbytes

Number of display formats which are used to

monitor and control the function (one display

format may be used to display many different

parameters)

G-4
20-6UL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

1.1.1

SSDS FUNCTIONAL DATA SHEET

NAME: ACQUIRE REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS :

DATA PRocEssING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

2000.00 nsec

LOCATION: RATE:

0.00 E -6

0.00

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

I0.00 KIPO i0.00 KIPC

IO.O01S IO.O0/S

I0.00 KBYTES 20.00 KBYTES

30. O0 KBYTES 60. O0 KBYTES

20. O0 KBYTES 20. O0 KBYTES

O. 00_ IN O. OOHRS O. 005 IN O. OOHRS

0 .O0 KBYTES 0 .O0 KBYTES

0 0

20-JUL- 1985

FUNCTION NO : I. I. IP

DATA SOURCES :

METHODOLOGY :

NAME :

SSDS FUNCTIONAL DATA SHEET

ACQUIRE REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL:" LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

2000.00 mseo

LOCATION: RATE:

0.00 E -6

PHYSICAL LOCATION CODE:

O. O0

REQUIREMENTS :

DAT_ PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE: SECONDARY :

PERISHABILITY :

ARCHIVAL :

• OF DISPLAYS:

NUMBER: 0 INTERVAL :

IOC

7. O0 KIPO

IO.O0/S

7. O0 KBYTES

21. O0 KBYTES

14. O0 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

0

0.00 SEC

GROWTH

I0.00 KIPC

IO.O0/S

14.00 KBYTES

42.00 KBYTES

14. O0 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

0

G'5 •
20-6UL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

1. i. 2 NAME :

SSDS FUNCTIONAL DATA SHEET

PRIORITIZE REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

LOCATION:

0.00 E -6

0.00 mse¢

RATE: 0.00

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

1.00 KIPC 1.00 KIPC

I0.00/5 I0.00/S

4.00 KBYTES 8.00 KBYTES

2.00 KBYTES 4.00 KBYTES

8.00 KBTTES 8.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

20-jUL- 1988

FUNCTION NO : I. i. 2P

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

NAME: PRIORITIZE REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 Rsoc

RATE: 0.00

REQUIREMENTS :

DATA PROCESSING INSTPUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

NUMBER: 0 INTERVAL : 0.00 SEC

IOC GROWTH

0.70 KIPC 1.00 KIPC

10.00/S 10.00/S

2.80 KBYTES 5.60 KBYTES

1.40 KBYTES 2.80 KBYTES

5.6OKBTTES 8.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-6
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

i. 1.3 NAME :

SSDS FUNCTIONAL DATA SHEET

MONITOR REALTIME DATA

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREME3TS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

LOCATION:

0.00 E -6

0.00

PHTSICAL LOCATION CODE:

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

2.00 KIPC 2.00 KIPC

I0.00/S I0.00/S

5.00 KBYTES i0.00 KBYTES

2 .00 KBTTES 4 .00 KBYTES

I0.00 KBYTES I0.00 KBYTES

0.00_ IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

20-JUL-1985

FUNCTION NO : 1. i. 3P NAME :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

MONITOR REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHTSICAL LOCATION CODE:

0.00

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

NUMBER: 0 INTERVAL: 0.00 SEC

lOC GROWTH

1.40 KIPO 2.00 KIPC

I0.00/S I0.00/S

3.50 KBTTES 5.00 KBYTES

1.40 ][BYTES 3. O0 KBYTES

6.00 KBYTES i0.00 KBYTES

0.00_ IN 0.00ERS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-7
20-JUL-1985

FUNCTIONO:

DATASOURCES:

METHODOLOGY:

i .I .4

SSDSFUNCTIONALDATASHEET

NAME: DISPATCHREALTIMEDATA

RESPONSETIME: I/O DELAYALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 _se¢

RATE: O. O0

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL: 0.00 SEC

I0C GROWTH

5.00 KIPC 5.00 KIPC

10.00/S 10.001S

i0.00 KBYTES 20.00 KBYTES

5.00 KBYTES I0.00 KBYTES

20 •00 KBYTES 20 .00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

1.1.4P

SSDS FUNCTIONAL DATA SHEET

NAME: DISPATCH REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOC_TION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 _sec

RATE:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

10C

3.50 JIPC

10.00/S

7.00 KBYTES

S. 50 KBYTES

14.00 KBYTES

0.00_ IN 0.00HRS

0.00 ENYTES

0

0.00

0.00 SEC

GROWTH

5.00 KIPC

10.00/S

14.00 KBYTES

7.00 KBYTES

20.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

• G-8
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

1.1 .S

SSDS FUNCTIONAL DATA SHEET

NAME: FORMAT REALTIME DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

LOCATION:

0.00 E -6

0.00 msec

RATE:

PHTSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

10C

8.00 KIPC

10.00/S

20.00 KBYTES

i0.00 KBYTES

40.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

8.00 KIPC

10.001S

40.00 KBYTES

20.00 KBYTES

40.00 KBYTES

0.00_ I.N 0.00HRS

0.00 KBYTES

0

20-JUL- 1988

FUNCTION NO : I. 1.5P

DATA SOURCES :

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDERCT CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CTCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

SSDS FUNCTIONAL DATA SHEET

NAME: FORMAT REALTIME DATA

LOCATION:

0.00 E -6

0.00 msec

RATE:

PRTSICAL LOCATION CODE:

NUMBER: 0 INTERVAL :

I0C

5.60 KIPC

10.00/S

14.00 KBYTES

7.00 KBYTES

28.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G-9

0.00

0,00 SEC

GROWTH

8.00 KIPC

10.00/S

28.00 KBYTES

14.00 KBYTES

34.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

1.2.1 NAME:

SSDS FUNCTIONAL DATA SHEET

ACQUIRED DELAYED PAYLOAD DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 mseo

RATE:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSORMEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

I0C

50.00 KIPC

I. 00/S

I0.00 KBYTES

200.00 KBYTES

4000000.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBTTES

0

0.00

0.00 SEC

GROWTH

50.00 KIPC

1.00/S

20.00 KBYTES

400.00 KBYTES

8000000.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

20-JITL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

1.2.1P

SSDS FUNCTIONAL DATA SHEET

NAME: ACQUIRED DELAYED PAYLOAD DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMESTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

LOCATION:

0.00 E -6

0.00 msec

RATE:

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL :

I0C

35.00 KIPC

I. 001S

7.00 KBYTES

150.00 KBYTES

3000000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-IO

0.00

0.00 SEC

GROWTH

50.00 KIPC

1.00/S

14.00 KBYTES

300.00 KBYTES

6000000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY -

i. 2.2 NAME :

SSDS FUNCTIONAL DATA SHEET

PRIORITIZE DELAYED DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 ssec

RATE: 0.00

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL: 0. O0 SEC

IOC GROWTH

1.00 KIPO 1.00 KIPC

I. 00/S I. 00/S

4.00 KBYTES 8.00 KBYTES

2 .00 KBYTES 4.00 KBYTES

8.00 KBTTES 8.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBTTES 0.00 KBYTES

0 0

20-jUL-1985

FUNCTION NO: 1.2.2P NAME:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

PRIORITIZE DELAYED DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 nsec

RATE:

REQUIREMERTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSORMEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL :

IOC

0.70 KIPO

1.00/S

2.80 KBYTES

1.40 KBYTES

5.60 KBYTES

0.00_ IN O. OOHRS

0. O0 KBYTES

0

G-11

0.00

0.00 SEC

GROWTH

1.00 KIPC

1.00/S

5.60 KBYTES

2.80 KBYTES

8.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

I. 2.3 NAME :

SSDS FUNCTIONAL DATA SHEET

MONITOR DELAYED DATA

RESPONSE TIME: X/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHTSICAL LOCATION CODE:

0.00 asec

RATE:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION MATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

2.00 KIPO

I o00/S

5.00 ][BYTES

2.00 ][BYTES

I0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.00

O. O0 SEC

GROWTH

2.00 KIPO

1.00/S

I0.00 KBYTES

4.00 KBYTES

I0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

i .2.3P

SSDS FUNCTIONAL DATA SHEET

NAME: MONITOR DELAYED DATA

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

D':AGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 msec

RATE:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL :

• OF DISPLAYS:

NUMBER: 0 INTERVAL :

I0C

1.40 KIPC

0.70/S

3.50 KBYTES

1.40 ][BYTES

7.00 KBYTES

0.00_ IN 0.00ERS

0.00 ][BYTES

0

0.00

0.00 SEC

GROWTH

2.00 KIPC

1.00/S

7.00 ][BYTES

2.80 KBYTES

14.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-12
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

i .2.4

SSDS FUNCTIONAL DATA SHEET

NAME: DISPATCH DELAYED DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHTSICAL LOCATION CODE:

0.00 msec

RATE:

REQUIREMEFI"a :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

5. O0 KIPC

IO.O01S

I0. O0 KBTTES

200. O0 KBTTES

20. O0 ][BYTES

0.00_ IN O.OOERS

O. O0 KBTTES

0

O. O0

0.00 SEC

GROWTH

5.00 KIPC

10.001S

20.00 ][BYTES

400.00 KBYTES

20.00 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

20-JUL- 1985

FUNCTION NO : 1.2.4P

DATA SOURCES :

METHODOLOGY :

NAME:

SSDS FUNCTIONAL DATA SHEET

DISPATCH DELAYED DATA

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT : PROGRAM SIZE :

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS :

LOCATION:

0.00 E -6

0.00 ssec

RATE: 0.00

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

IOC

3.50 KIPC

7.00/S

7. O0 KBYTES

140 _00 KBYTES

14. O0 ][BYTES

0.00% IN O.OOERS

O. O0 KBYTES

0

0.00 SEC

GROWTH

5.00 KIPC

IO.O0/S

14.00 KBYTES

280.00 KBYTES

28.00 KBYTES

0.00% IN O.OOHRS

0.00 KBYTES

0

G-13
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

I .2.5 NAME:

SSDS FUNCTIONAL DATA SHEET

FORMAT DELAYED DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PKTSICAL LOCATION CODE:

0.00 nsec

RATE:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

5.00 KIPC

I. O01S

20. O0 KBYTES

I0. O0 KBYTES

40. O0 KBYTES

0.005 IN 0. OOHRS

O. 00 KBYTES

0

O. O0

0.00 SEC

GROWTH

5.00 KIPC

I.O0/S

40.00 KBYTES

20.00 KBYTES

40.00 KBYTES

0.005 IN O.OOHRS

0.00 KBTTES

0

20-JUL-1985

FUNCTION NO: 1.2.5P NAME:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

FORMAT DELAYED DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 nsec

RATE:

REQUIREMERTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

NUMBER: 0 INTERVAL :

IOC

3.50 KIPC

I .O0/S

14. O0 KBYTES

7. O0 KBYTES

28. O0 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

0

G-14

0. O0

0.00 _EC

GROWTH

5.00 KIPC

I.O0/S

28.00 KBYTES

14.00 KBYTES

40.00 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.3.1 NAME: PRE-PROCESSING

DATA SOURCES: WOODS HOLE DATABASE, EXPERIENCE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATABASE.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: NONE

200.00 ssec

LOCATION: G RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: i INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISRABILITY:

ARCHIVAL:

OF DISPLAYS:

O. O0

1.00 SEC

IOC GROWTH

3.00 KIPC 3.00 KIPO

33.00/MS 33.00/MS

8.00 KBYTES 8.00 KBYTES

0.00 KBYTES O. O0 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0. OOHRS

0.00 KBYTES O. 00 KBYTES

10 10

G-15
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. Z. 2 NAME : DATA CAPTURE

DATA SOURCES : WOODS HOLE DATABASE

METHODOLOGY: AN ENGINEERING ANALYSIS EASED ON WOODS HOLE DATA BASE.

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 msec

COMMAND/CONTROL : LEVEL : A LOCATION: G BATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR BATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLATS:

NUMBER: i INTERVAL: I. O0 SEC

IOC GROWTH

I.OO KIPC 1.00 KIPC

34 .OO/MS 34. O0/MS

4. OO KBYTES 4. O0 KBYTES

O. OO KBTTES O. O0 KBYTES

10000.00 KBTTES 10000.00 KBTTES

20.00% IN I .OOHRS 20.00_ IN 1 .OOHRS

O. O0 KBYTES O. O0 KBTTES

10 10

ORIGINAL PA_ ;$

Poor QUALIFY

G-16
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : I. _. 5 NAME : ROUTING AND TRANSMISSION

DATA SOURCES: WOODS BOLE DATABASE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATA BASE.

200

RESPONSE TIME : I/O DELAY ALI_)WABLE : 200. O0 mse¢

COMMAND/CONTROL: LEVEL: A LOCATION: G BATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEAT: REQUIRED: T NUMBER: 1 INTERVAL:

HEQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

O. O0

1.00 SEC

IOC GROWTH

20.00 KIPC 30.00 KIPC

23. O01NS 23. O0/MS

60. O0 KBTTES 90. OO KBYTES

lO00O. O0 KBYTES 12000. O0 KBYTES

lOOOO.O0 KBYTES 15000.00 KBYTES

I0.00_ IN I.OOHRS i0.00% IN I .OOHRS

O. O0 KBYTES O. O0 KBYTES

I0 12

G-17
20-JUL-1986

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

I._.4 NAME: QUALITY VERIFICATION

WOODS HOLE DATABASE

ENGINEERING ANALYSIS IS BASED ON WOODS HOLE DATABASE.

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.i0 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 1 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

O. i0 KIPC

34.001H8

I. O0 KBYTES

0. O0 KBTTES

O. O0 KBYTES

O. 00_ IN O. OOHRS

0. O0 KBYTES

i0

1.00 SEC

"GROWTH

0.I0 KIPC

34.00/MS

1.00 KBYTES

0.00 KBYTES

0.00 KBYTES.

0.00_ IN O.OOHRS

0.00 KBTTES

I0

G-18
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. 4. I NAME : CUSTOMER DATA INTERFACE MGT

DATA SOURCES: WOODS HOLE DATABASE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE

DATABASE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 1.4.5

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: i INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

@ OF DISPLAYS:

50000.00 msec

LOCATION: U,G RATE:

0.10 E -6

0.00

5. O0 SEC

10C GROWTH

2.00 KIPC 2.00 KIPC

II.00/MS II.00/MS

6.00 KBYTES 6.00 KBYTES

0.00 KBYTES 0.00 KBYTES

5000.00 ENTTES i0000.00 KBYTES

20.00_ IN 1.00HRS 20.00_ IN 1.00HRS

0.00 KBYTES 0.00 KBYTES

20 20

G-19
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. 4.2 NAME : CUSTOMER DATA CAPTURE

DATA SOURCES: WOODS HOLE DATABASE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATABASE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 1.4.5

SYSTEM DEPENDEMCT CODE: G PHYSICAL LOCATION CODE: G

5000.00 nseo

LOCATION: U,G RATE:

0.i0 E -6

1.4.7

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00

5.00 SEC

10C GROWTH

5.00 KIPC 5.00 KIPC

ii .001MS II o00/MS

15.00 KBYTES 15.00 KBYTES

0 .00 KBYTES 0 .00 KBYTES

0.00 KBTTES 0.00 KBYTES

0.00_ IN O. 00HRS O. 00_ IN O. OOERS

0.00 KBYTES 0.00 KBTTES

5 5

G-20
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.4.3 NAME: CUSTOMER DATA HANDLING

DATA SOURCES: WOODS HOLE DATABASE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS MOLE DATABASE

RESPONSE TIME: I/O DELAY ALLOWABLE: 5000.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: U,G RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.I0 E -6

SYNCHRONIZATION WITH: 1.4.1 1.4.8

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: I INTERVAL:

REQUIREMEFI'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLATS:

0.00

5.00 SEC

10C GROWTH

1.00 KIPC 2.00 KIPC

I I. 00/MS I I. 00/MS

3 o00 KBYTES 6.00 KBYTES

I00.00 KBYTES 200.00 ][BYTES

0.00 KBYTES 0.00 KBYTES

0 . 00_ IN O. OOHRS O. 00_ IN O. OOHRS

0.00 KBYTES 0.00 KBYTES

35 40

G-21
20-6UL- 1985

FUNCTION NO : I. 4.4

DATA SOURCES :

METHODOLOGY :

RESPONSE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G

DIAGNOSTICS/SELF TEST:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

SSDS FUNCTIONAL DATA SHEET

NAME: ANCILLARY DATA ACQUISITION

ENGINEERING ANALYSIS .BASED ON ASSUMED CUSTOMER

1800000.00 msec

LOCATION: U,G RATE:

0.I0 E -6

PHYSICAL LOCATION CODE: G

REQUIRED: T NUMBER: I INTERVAL:

IOC

I. 00 KIPC

31.00/S

3.00 KBYTES

0.00 KBYTES

0.00 KBYTES

0.005 IN 0.00HRS

0".00 KBYTES

5

256. O0

21600.00 SEC

GROWTH

1.00 KIPC

31.00/S

3.00 KBYTES

0.00 KBYTES

0.00 KBTTES

0. 005 IN 0.00HRS

0.00 KBYTES

5

G-22
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

1.4.5 NAME: LEVEL 0 PROCESSING

WOODS HOLE DATABASE

ENGINEERING ANALYSIS BASED ON WOODS HOLE DATABASE

RESPONSE TIME: I/O DELAY ALLOWABLE: 5000.00 zse¢

COMMAND/CONTROL: LEVEL: A LOCATION: U,G RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.10 E -6

SYNCHRONIZATION WITH: 1.4.1 1.4.2

SYSTEM DEPENDENCY CODE: G PRTSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 1 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

50.00 KIPC

1. O0/MS

150.00 KBYTES

100. O0 KBYTES

0.00 KBYTES

O. 005 IN O. OOERS

O. O0 KBYTES

20

0.00

5.00 SEC

GROWTH

50.00 KIPC

1.00/MS

150.00 KBYTES

I00.00 KBYTES

0.00 KBYTES

0.005 IN O.OOHRS

0.00 KBYTES

20

G-23
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.4.6 NAME: CUSTOMER DATA ACCOUNTING

DATA SOURCES:

METHODOLOGY: ENGINEERING ANALYSIS BASED ON ASSUMED CUSTOMER RESP

RESPONSE TIME: If0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

1800000.00 msec

LOCATION: U,G RATE:

100.00 E -6

2.40

86400.00 SEC

I0C GROWTH

1.00 KIPC 1.00 KIPC

7.00/S 7.0O/S

3.00 KBYTES 3.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00/mS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 ][BYTES

10 12

G-24
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.4.7 NAME: ROUTING AND TRANSMISSION

DATA SOURCES: WOODS HOLE DATABASE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATABASE

RESPONSE TIME: I/O DELAY ALLOWABLE: 5000.00 ssec

COMMAND/CONTROL: LEVEL: A LOCATION: U,G RATE: 90000.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.i0 E -6

SYNCHRONIZATION WITH: 1.4.1 1.4.2

SYSTEM DEPENDENCY CODE: G PRTSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 1 INTERVAL: 5.00 SEC

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C GROWTH

I0.00 KIPC 20.00 KIPC

I I .001MS II .00/MS

30.00 KBYTES 60.00 KBYTES

I00.00 KBYTES 200.00 KBYTES

0.00 KBYTES 0.00 KBYTES

O. 00_ IN O. OOHRS O. 00_ IN 0 . OOHRS

0 •00 KBYTES 0 .00 KBYTES

20 25

G-25
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : I. 5. i NAME : CORE DATA INTERFACE MANAGEMENT

DATA SOURCES :

METHODOLOGY: CORE DATA TRAFFIC ANALYSIS. ASSUME AVG. WORST CASE OF 256 KBPS

TLM IN i KBYTE PACKETS.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: I INTERVAL:

REqUXRE_fZNTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL:

4) OF DISPLAYS:

200.00 nsec

LOCATION: RATE:

0.00 E -6

0.00

1.00 SEC

IOC GROWTH

0.S0 KIPC 0.75 KIPC

31.00/S 31.00/S

6.00 ENTTES 9.00 KBYTES

12.00 KBYTES 18.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0. 005 IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

I 2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: I.S.IP NAME: CORE DATA INTERFACE MANAGEMENT

DATA SOURCES:

METHODOLOGY: CORE DATA TRAFFIC ANALTSIS. ASSUME AVG. WORST CASE OF 64 KBPS

TLM IN I KBYTE PACKETS.

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 nsec

COMMAND/CONTROL: LEVEL: LOCATION: RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 1 INTERVAL: 1.00 SEC

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

0. S0 KIPC

8.00/S

6.00 KBYTES

12.00 KBYTES

0.00 KBYTES

0.005 IN 0.00HRS

0. O0 KBYTES

i

GROWTH

0.7S KIPC

8.00/S

9.00 KBYTES

18.00 KBYTES

0.00 KBYTES

0. 005 IN 0.00HRS

0.00 KBYTES

2

G-26
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. 5.2 NAME : CORE DATA CAPTURE

DATA SOURCES :

METHODOLOGY: CORE DATA TRAFFIC ANALYSIS. ASSUME WORST CASE OF 256 KBPS TLM

IN IF,BYTE PACKETS.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL :

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G PHTSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQU!REMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT : PROGRAM SIZE :

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

600. O0 asec

LOCATION: RATE:

0.00 E -6

IOC

4. O0 KIPC

31.001S

20. O0 KBYTES •

32. O0 KBYTES

2400000. O0 KBTTES

0. 005 IN 4. OOHRS

0.00 KBTTES

I

O. O0

1.00 SEC

GROWTH

6.00 KIPC

31.00/S

30.00 KBYTES

48.00 KBYTES

2400000.00 KBYTES

O. 00_ IN 4. OOHRS

0. O0 KBYTES

I

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.5.2P NAME: CORE DATA CAPTURE

DATA SOURCES:

METHODOLOGY: CORE DATA TRAFFIC ANALYSIS. ASSUME WORST CASE OF 64 KBPS TLM

IN IKBYTE PACKETS.

RESPONSE TIME: I/O DELAY ALLOWABLE: 600.00 msec

COMMAND/CONTROL: LEVEL: LOCATION: RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: O.OO E -6

SYNCRRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICSs'SELF TEST: REQUIRED: T NUMBER: i INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

• OF DISPLAYS:

l.OO SEC

IOC GROWTH

4.00 KIPO . 6.00 KIPC

8.00/S 8.00/S

20. O0 KBYTES 30. OO KBYTES

32. O0 KBYTES 48. OO KBYTES

600000. O0 KBYTES 600000. O0 KBYTES

O. 00_ IN 4. OOHRS O. 005 IN 4. OOHRS

O. O0 KBYTES O. OO KBYTES

I i

G-27
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. 5.3 NAME : DATA EXTRACTION

DATA SOURCES :

METHODOLOGY: CORE DATA TRAFFIC ANALYSIS. ASSUME WORST CASE OF 256 KBPS TLM

IN I EBYTE PACKETS; NO EU CONVERSION REQUIRED.

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 msec

COMMAND/CONTROL: LEVEL: LOCATION: RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C

0.08 KIPO

31.001S

0.20 KBYTES

8.00 KBYTES

0.0O KBYTES

0.00% Ill 0 .00HRS

0.00 KBYTES

0

0.00 SEC

GROWTH

0.05 KIPC

31.00/S

0.20 KBYTES

8.00 KBYTES

0.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.5.3P NAME: DATA EXTRACTION

DATA SOURCES:

METHODOLOGY: CORE DATA TRAFFIC ANALYSIS. ASSUME WORST CASE OF 64 KBPS TLM

IN 1KBYTE PACKETS; NO EU CONVERSION REQUIRED.

RESPONSE TIME: I/0 DELAY ALLOWARLEi

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

200.00 nsec

LOCATION: RATE:

0.00 E-6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIPZD: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL:

OF DISPLAYS:

i0C

0.05 KIPC

8.00/S

0.20 KBYTES

8. O0 KBYTES

0. O0 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-28

0.00

0.00 SEC

GROWTH

0.05 KIPC

8.00/S

0.20 KBYTES

8.00 KBYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. S. 4 NAME : DISPLAYS AND CONTROLS

DATA SOURCES :

METHODOLOGY: ENG ANLYS OF STS OPS ;CORE DATA TRAFFIC ANLYS. I/O ESTIMATED PER

WORKSTN. PROC REQ ESTIMATED FOR TOTAL NO OF WORKSTATIONS(S0).

RESPONSE TIME: I/O DELAY ALLOWABLE: 100.00 msec

COMMAND/CONTROL: LEVEL: LOCATION: RATE : O. O0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: I INTERVAL: 1.00 SEC

REQUIREMEFrS : IOC

DATA PROCESSING INSTRUCTIONS PER CYCLE: 150000.00 KIPC

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

1.00IS

100000.00 KBYTES

100000.00 ][BYTES

10000000.00 KBYTES

0.00_ Ill 0.00HRS

0.00 KBYTES

2500

GROWTH

226000.00 KIPC

1.00IS

150000.00 KBYTES

160000 . 00 KBYTES

15000000. O0 KBYTES

0.00_ IN 0.00HRS

O. O0 KBYTES

3750

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 1.5.4P NAME: DISPLAYS AND CONTROLS

DATA SOURCES:

METHODOLOGY: ENG ANLYS OF OPS;COHE DATA TRAFFIC ANLYS. I/O ESTIMATED PER

WORKSTN. PROC REQ ESTIMATED FOR TOTAL NO OF WORESTATIONS(20).

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

100.00 nse¢

LOCATION: RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: I INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

60000. O0 KIPC

1.00/S

40000. O0 KBTTES

40000. O0 ][BITES

4000000. O0 KBYTES

0.00_ IN 0.00HRS

O. O0 KBYTES

looo

0.00

1.00 SEC

GROWTH

90000.00 KIPC

1.00/S

60000.00 KBYTES

60000.00 KBYTES

6000000.00 KBYTES

0.00% IN O.OOHRS

0.00 KBYTES

1500

G-29
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

1.5.5 NAME:

SSDS FUNCTIONAL DATA SHEET

ENGINEERING DATA ANALYSIS

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

800.00 ssec

LOCATION: RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

15000.00 KIPC

I .001S

I0000.00 KBYTES

I0000.00 KBYTES

1000000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

250

O. O0

0.00 SEC

GROWTH

22500.00 KIPC

1.00/S

15000.00 KBYTES

15000.00 KBYTES

1500000.00 KBYTES

0.00_ IN 0.OOHRS

0.00 KBYTES

375

20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

•METHODOLOGY :

1.5 .SP

SSDS FUNCTIONAL DATA SHEET

NAME: ENGINEERING DATA ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL_

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

600.00 asec

LOCATION: RATE:

0.00 E -6

IOC

15000.00 KIPC

1.00/S

I0000.00 KBYTES

I0000. O0 KBYTES

i000000. O0 KBYTES

0.00% IN 0. OOERS

0.00 KBYTES

250

0.00

0.00 SEC

GROWTH

22500.00 KIPC

1.00/S

15000.00 KBYTES

15000.00 KBYTES

1500000.00 KBYTES

0.00% IN O.OOHRS

0.00 KBYTES

375

G -30
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : i. 5.6 NAME : CORE DATA ACCOUNTING

DATA SOURCES :

METHODOLOGY: ENG ANALYSIS. SPACE STATION TLM ONLY. 32 KBYTES/SEC / 5

(COMPRESSION) * 2 (DE OVERHEAD) * 2 YEARS-SS ENG DATA

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL :

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

600.00 nsec

LOCATION : RATE :

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C

8000.00 KIPC

1.00/S

2000.00 KBYTES

2000.00 KBYTES

i00000.00 KBTTES

0.00

i. 00 SEC

GROWTH

12000.00 KIPC

1.001S

3000.00 KBYTES

3000.00 ][BYTES

900000.00 KBYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

800000000.00 KBYTES 800000000.00 KBYTES

100 150

20-JUL-1985

FUNCTION NO: 1.5.6P NAME :

SSDS FUNCTIONAL DATA SHEET

CORE DATA ACCOUNTING

DATA SOURCES:

METHODOLOGY: ENG ANALYSIS. PLATFORM TLM ONLY. 5 KBYTES/SEC / 5 (COMPRESSION)

* 2 (DB OVERHEAD) * 2 YEARS-SS ENG DATA

RESPONSE TIME: I/O DELAY ALLOWABLE: 600.00 nsec

COMMAND/CONTROL: LEVEL: LOCATION: RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL: 1.00 SEC

REQUIREHEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

• OF DISPLAYS:

I0C GROWTH

8000.00 KIPC : 12000.00 KIPC

1.00/S 1.00/S

2000.00 KBYTES 3000.00 KBYTES

2000. O0 KBY'rES 3000. O0 KBYTES

6000000. O0 ][BYTES 900000. O0 ][BYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

200000000. O0 KBYTES 200000000. O0 KBYTES

100 150

G-31
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 9.1 NAME: VALIDATE PAYLOAD COMMANDS DATA

DATA SOURCES: WOODS HOLE. DATABASE AND CCSDS COMMAND FORMAT

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATABASE AND CCSDS

COMMAND FORMAT

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 msec

COMMAND/CONTROL: LEVEL: A _TIO_: G,O RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

4. O0 KIPC

IO.O0/HR

4. O0 KBYTES

20. O0 KBTTES

I0000. O0 KBYTES

O. 00_ IN 0. OOHRS

O. O0 KBYTES

I0

5.00 SEC

GROWTH

6.00 KIPC

15.00/ER

6.00 KBYTES

40.00 KBYTES

20000.00 KBYTES

0.00_ IN O.OOHRS

0.00 KBYTES

20

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.1P NAME: VALIDATE PLATFORM PAYLOAD COMMANDS DATA

DATA SOURCES: WOODS HOLE. DATABASE AND COSDS COMMAND FORMAT

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS MOLE DATABASE AND CCSDS

COMMAND FORMAT

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: G,O RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL: 5.00 SEC

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

4. O0 KIPC

IO.O01HR

4.00 KBYTES

20. O0 KBYTES

I0000. O0 EBYTES

O. 00_ IN "0 .OOHRS

O. O0 KBYTES

I0

GROWTH

6.00 KIPC

15.00/HR

6.00 KBYTES

40.00 KBYTES

20000.00 KBYTES

0.00_ IN O.OOHRS

0.00 KBYTES

20

G-32
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.2 NAME: CHECK SSDS SERVICE REQUIREMENTS

DATA SOURCES: WOODS HOLE DATABASE AND CCSDS COMMAND FORMAT

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATBASE AND CCSDS

COMMAND FORMAT

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 aseo

COMMAND/CONTROL: LEVEL: A LOCATION: O,G RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL: 5.00 SEC

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

5.00 KIPC 7.50 KIPC

20 .00/MN 30.00/MN

20.00 KBYTES 30.00 KBYTES

50.00 KBYTES i00.00 KBYTES

I000.00 KBYTES 2000.00 KBYTES

0.00_ IN 0.00HRS 0.00% IN 0.00HRS

0. O0 KBYTES 0.00 KBYTES

5 10

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.2P NAME: CHECK PLATFORM P/L COMMAND RESTRICTION/CONSTRAINT

DATA SOURCES: WOODS HOLE DATABASE AND CCSDS COMMAND FORMAT

METHODOLOGY: ENGINEERING ANALYSIS BASED ON WOODS HOLE DATBASE AND COSDS

COMMAND FORMAT

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

500.00 asec

LOCATION: O,G RATE:

0.00 E -6

NUMBER: 1 INTERVAL :

IOC

5.00 KIPC

20.00/MN

20. OO KBTTES

50. OO KBYTES

1000.00 KBYTES

0.00_ IN 0.00HRS

0. O0 KBYTES

5

0.00

8.00 SEC

GROWTH

7.50 KIPC

30.00/MN

30.00 KBYTES

100.00 KBYTES

2000.00 KBYTES

0.00% IN O.OOHRS "

0.00 KBYTES

I0

G-33
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

ESTIMATE STORAGE FOR LIST OF OPERATIONS ALLOWED PER OPERATOR.

SSDS FUNCTIONAL DATA SHEET

2.3.1 NAME: AUTHORIZE OPERATOR

EXPERIENCE

ESTIMATE ACCEPTABLE DELAY TO OPERATOR SIGN-ON AT 10 SECONDS.

I0000.00 nsec

LOCATION: G,O RATE:

0.00 E --6

PHYSICAL LOCATION CODE: D

0.00

N ]lUMBER: 0 INTERVAL: 0.00 SEC

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREME_'S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUI_:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLATS:

IOC

4.00 KIPC

10.001ER

4.00 KBYTES

20.00 KBYTES

I000.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBTTES

I

GROWTH

6.00 KIPC

15. O0/HR

6. O0 KBTTES

40. O0 EBYTES

2000. O0 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

i

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 2.3. IP NAME : AUTHORIZE OPERATOR

DATA SOURCES : EXPERIENCE

METHODOLOGY: ESTIMATE ACCEPTABLE DELAY TO OPERATOR SIGN-ON AT I0 SECONDS.

ESTIMATE STORAGE FOR LIST OF OPERATIONS ALLOWED PER OPERATOR.

RESPONSE TIME: I/0 DELAY ALLOWABLE: I0000.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: G,O RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S

DIAGNOSTICS/SELF TEST:

PHYSICAL LOCATION CODE: D

REQUIRED: X NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

4. O0 KIPC

IO.O0/HR

4. O0 ][BYTES

20. O0 KBYTES

500. O0 KBYTES

0 . 00% IN O. OOHRS

0.00 KBYTES

0

0.00 SEC

GROWTH

6.00 KIP_

15.00/HR

6.00 KBYTES

40.00 KBYTES

i000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-34
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

2._.2

SSDS FUNCTIONAL DATA SHEET

NAME: AUTHORIZE OPERATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: NONE

SYSTEM DEPENDENCY CODE: S

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFI'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

@OF DISPLAYS:

10000.00 ssec

IA)C_TION: G,O RATE:

0.00 E -6

PRTSICAL LOCATION CODE: D

N NUMBER: 0 INTERVAL:

IOC

2.50 KIPC

1 oO0/ml

10. O0 KBYTES

25. O0 KBYTES

500. O0 KBTTES

0.005 IN 0. OOHRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

4.00 KIPC

1.00/101

15.00 KBYTES

50.00 KBYTES

1000.00 KBYTES

0.005 IN O.OOHRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO: 2._.2P

DATA SOURCES:

METHODOLOGY:

NAME :

SSDS FUNCTIONAL DATA SHEET

AUTHORIZE OPERATION

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: NOllE

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

10000.00 nsec

LOCATION: G,O RATE:

0.00 E -6

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF "DISPLAYS :

IOC

2.50 KIPC

20.00/HR

I0.00 KBYTES

25.00 KBYTES

500.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

0

G-35

0.00

0.00 SEC

GROWTH

4.00 KIPC

20.00/HR

15.00 KBYTES

50.00 KBYTES

I000.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.4 NAME: PROVIDE ANCILLARY DATA

DATA SOURCES:

METHODOLOGY: EST. 20 SUBSYSTEMS REQUESTING 100 BYTES (800 BITS) ONCE PER

SECOND VIA I0 BYTE (80 BIT) REQUEST.

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

EST. STORES AT i0 TIMES REQ

I00.00 mse¢

LOCATION: 0 RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: I PRTSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

10C

0.20 KIPC

22.00/5

2.00 KBTTES

I0.00 KBYTES

0.00 KBTTES

0.00_ IN 0.00HRS

0.00 KBTTES

0

176.00

0.00 SEC

GROWTH

0.30 KIPC

30.00/S

3.00 KBYTES

20.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

i

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.4P NAME: PROVIDE ANCILLARY DATA

DATA SOURCES:

METHODOLOGY: EST. 20 SUBSYSTEMS REQUESTING I00 BYTES (800 BITS) ONCE PER

SECOND VIA 10 BYTE (80 BIT) REQUEST. EST. STORES AT 10 TIMES REQ

RESPONSE TIME: I/O DELAY ALLOWABLE: I00.00 mse¢

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 176.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH: 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

IOC GROWTH

0.14 KIPC 0.21 KIPC

22.00/S 30.00/S

1.40 KBYTES 2.10 KBYTES

7.00 KBYTES 14.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-36
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

2.5.1 NAME: CUSTOMER DATA PROCESSING

WOODS HOLE DATABASE

ENGINEERING ESTIMATE

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHP_NIZATION WITH:

1000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

I0C

2.50 KIPC

4.001ME

I00.00 KBYTES

I00.00 KBYTES

I000.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBTTES

I0

3.00

15.00 SEC

GROWTH

2.50 KIPC

4.00/

100.00 KBYTES

200.00 KBYTES

1500.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

20

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

2.5.1P NAME: CUSTOMER DATA PROCESSING

WOODS HOLE DATABASE

ENGINEERING ESTIMATE

RESPONSE TIME: I/0 DELAY ALLOWABLE: 1000.00 msec

COMMAND/CONTROL : LEVEL : A LOCATION: 0 RATE: 3.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERV_tL: 15.00 SEC

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

2.50 KIPC 2.50 KIPC

2.00/MN 2.00/

10O. 00 KBYTES I00.00 KBYTES

10O.00 KBYTES 200.00 KBYTES

100O.00 KBYTES 1500.00 KBYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

10 20

G-37
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.2 NAME: CUSTOMER PAYLOAD OPERATION

DATA SOURCES: WOODS HOLE DATABASE

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 msec

COMMAND/CONTROL: LEVEL: A,I LOCATION: 0 RATE: 3.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHTSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 15 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

IOC

2.00 KIPC

4.00/IOi

25.00 ][BYTES

25.00 KBYTES

1000.00 ][BYTES

0. OO% IN 0.00HRS

0.00 ][BYTES

0

0.00 SEC

GROWTH

2.00 KIPC

4.00/MN

50.00 KBYTES

50.00 KBYTES

2000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.2P NAME: CUSTOMER PAYLOAD OPERATION

DATA SOURCES: WOODS HOLE DATABASE

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I000.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL _TION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 15 INTERVAL:

REQUIRDIEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERI SMABILITY :

ARCHIVAL :

# OF DISPLAYS:

I0C

2.00 KIPC

1.00/NN

25.00 ][BYTES

25.00 ][BYTES

1000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

3.00

0.00 SEC

GROWTH

2.00 KIPO

1.O0/MN

50.00 KBYTES

50.00 KBYTES

2000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-38
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.5.1 NAME: OTV SERVICE

DATA SOURCES: TMS-MSFC 6/83.COMM 1309

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: ilO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

i000.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCT CODE: I PHYSICAL LOCATION CODE- R

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREME_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0. O0 KIPC

O. 00/MN

0.00 KBYTES

0.00 KBTTES

O. 00 KBYTES

0.00_ IN O. 00/mS

0.00 KBYTES

0

0.05

60.00 SEC

GROWTH

i. 00 KIPC

6.00/MN

25. O0 KBYTES

I0.00 KBYTES

I00. O0 KBYTES

0.00_ IN 0. OOHRS

0.00 KBTTES

2

G-39
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.3.2 NAME: 0TV CHECKOUT _ DIAGNOSTICS

DATA SOURCES: TMS-MSFC 6/83. COMM 1309. 0MV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: U PRTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT_

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

i000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

I0C

0.00 KIPC

0o001ER

0.00 KBYTES

0.00 KBYTE5

0.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

0

0.10

1.00 SEC

GROWTH

26.00 KIPC

1.00/HR

I00.00 KBYTES

I00.00 KBYTES

0.00 KBYTES

0.005 IN 0.00HRS

9000.00 EB_'ES

5

G'40 '
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.5.5 NAME: OTV DEPLOYMENT/RETRIEVAL

DATA SOURCES: TMS-MSFC 6/83, COMM 1309, 0MV REQ'TS 1/85

METHODOLOGY : ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 4.2.3

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMEFrS -

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISBABILITY:

ARCHIVAL:

OF DISPLAYS:

100. O0 ,,see

LOCATION: 0 RATE:

1.00 E -6

I. 00

O. 10 SEC

IOC GROWTH

0.00 KIPC 1.00 KIPC

0.00/HR i. 00/HE

0.00 KBYTES 5.00 ]:BYTES

0.00 KBYTES I0.00 KBYTES

0.00 ][BYTES 0.00 KBYTES

O. 00_ IN 0. O0_.S O. 00_ IN O. 00HRS

0.00 KBYTES 0.00 KBYTES

0 2

G-41
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.3.4 NAME: OTV OPERATION

DATA SOURCES: TMS-MSFC 6/85, COMM 1309, OMV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

1000.00 asec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: U PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

1.00

NUMBER : 0 INTERVAL: i. 00 SEC

IOC GROWTH

0.00 KIPC 2.00 KIPC

O.O01ER 60.001HR

0.00 KBYTES I0.00 KBYTES

0. O0 KBYTES 20. O0 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN O. OOHRS 0.00_ IN O. OOHRS

0.00 KBYTES 0.00 KBYTES

0 2

G-42
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.9.3.5 NAME: OTV STATUS

DATA SOURCES: TMS-MSFC 6/83, COMM 1309, OMV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: IIO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

i000.00 nsec

LOCATION: 0 RATE:

1.00 E --6

SYSTEM DEPENDENCY CODE: U PHYSICAL LOCATION CODE: F

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

10C

0.00 KIPC

0.00/MN

0.00 KBYTES

0.00 KBTTES

0.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

0

I .00

1.00 SEC

GROWTH

3.00 KIPC

1.00/S

i0.00 KBYTES

S.00 KBYTES

0.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

2

G-43
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

2.5.4.1 NAME: OMV SERVICE

TMS-MSFC 6/83, COMM 1304

ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 MATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL: 60.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERI SHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

O. 75 KIPC

6. O0/MN

15.00 KBYTES

6.00 KBYTES

75. O0 KBTTES

O. 00_ IN 0. OOHRS

0. O0 KBYTES

2

GROWTH

1.00 KIPC

6.00/MN

25.00 KBTTES

i0.00 KBYTES

I00.00 KBYTES

0.00_ IN O.OOHRS

0.00 KBYTES

2

G_4
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.4.2 NAME: OMV CHECKOUT _ DIAGNOSTICS

DATA SOURCES: TMS-MSFC 6/8_, COMM 1304, OMV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: U PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I000.00 msec

LOCATION: 0 RATE:

1.00 E -6

IOC

20.00 KIPC

1.00/ER

75.00 KBYTES

75.00 KBYTES

75.00 KBYTES

0.00_ IN 0. OOHRS

9000.00 KBYTES

5

0.10

1.00 SEC

GROWTH

26.00 KIPC

1.00/HR

I00.00 KBYTES

I00.00 KBYTES

I00.00 KBYTES

0.00_ IN 0.00HRS

9000.00 KBYTES

5

G-45
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.4.5 NAME: OMV DEPLOYMENT/RETRIEVAL

DATA SOURCES: TMS-MSFC 6/85, COMM 1304, OMV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 4.2.3

SYSTEM DEPENDENCY CODE: I

I00.00 nsec

LOCATION: 0 RATE:

1.00 E -6

PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERI SHABILITT:

ARCHIVAL:

OF DISPLAYS:

0 INTERVAL:

IOC

I. 00 KIPC

I. 00/HE

3.80 KBYTES

8.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2

I. 00

0.10 SEC

GROWTH

1.00 KIPC

I. 001HR

S. O0 KBYTES

i0.00 KBYTES

0.00 KBTTES

0. 005 IN 0.00HRS

0.00 KBYTES

G-46
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.4.4 NAME: REMOTE OPERATIONS CONTROL

DATA SOURCES: TMS-MSFC 6/83, COMM 1304, OMV REQ°TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

100.00 ssec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: U PRTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

1.00

1.00 SEC

I0C GROWTH

2.00 KIPC 3.00 KIPC

5.00/S 5.00/S

15.00 KBYTES 21.00 KNYTES

6.00 KBYTES i0.00 KBYTES

•0.00 KBYTES 0 .00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

2 2

G-47
20-JUL-I985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.4.5 NAME: 0MV OPERATION

DATA SOURCES: TMS-MSFC 6/8_, COMM 1204, OMV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 ms_

COMMAND/CONTROL: LEVEL: I

J

LOCATION : 0 RATE : I. 00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -45

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: U PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFrs :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

2. O0 KIPC

60.00/ER

8.00 KBYTES

15. O0 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2

1.00 SEC

GROWTH

2.00 KIPC

60.00/I_

I0.00 KBYTES

20.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2.

G-48
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.5.4.6 NAME: OMV STATUS (TO REMOTE CUSTOMER)

DATA SOURCES: TMS-MSFC 6/83, COMM 1304, OMV REQ'TS 1/85

METHODOLOGY :

ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: U- PRTSICAL LOCATION CODE: F

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQoz_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

i000.00 =sec

LOCATION: 0 RATE:

1.00 E -6

I0C

2.00 KIPC

I. 001S

8.00 KBYTES

4.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2

1.00

1.00 SEC

GROWTH

3.00 KIPC

1.001S

i0.00 KBYTES

5.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2

G-49
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

2.5.5 NAME: CUSTOMER PAYLOAD CHECKOUT/SERVICE

TMS-MSFC 6/83, COMM 1309, 0MV REQ°TS 1/85

ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFI_:

DATA PROCESSING INSTHUGTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

1000.00 mseo

LOCATION: O RATE:

1.00 E -6

0.10

PHYSICAL LOCATION CODE: H

T NUMBER: 0 INTERVAL: 1.00 SEC

IOC GROWTH

25.00 KIPC 25.00 KIP(:

0 .10/DA 0. i0/

25.00 KBYTES 30.00 ][BYTES

I000.00 KBYTES 1200.00 KBYTES

0.00 KBYTES 0.00 KBYTES

100.00% IN 200.00HRS100.00% IN 200.0OHRS

9000.00 EBYTES 9000.00 KBYTES

I0 i0

G-50
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 2.6 NAME: SSPE CHECKOUT AND SERVICING

DATA SOURCES: TMS-MSFC 6/83, COMM 1309, OMV REQ'TS 1/85

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: II0 DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: U PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T

•J_QUI_EM_nr!'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

I000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

0.10

NUMBER: 0 INTERVAL: 1.00 SEC

IOC GROWTH

25.00 KIPC 25.00 KIPC

2.001DA 2.001DA

i00.00 KBYTES I00.00 KBYTES

I000.00 KBTTES I000.00 KBYTES

0.00 KBYTES 0.00 KBYTES

i00.00_ IN 200.00BORSI00.00_ IN 200.00HRS

9000.00 KBYTES 9000.00 KBYTES

10 10

G-51
20-JUL- 1985

FUNCTION NO:

DATA SOURCES :

METHODOLOGY :

3.1.1

SSDS FUNCTIONAL DATA SHEET

NAME: DEVELOP NORMAL DAY PAYLOAD 0PERATIONS_

RFP + CRSS + EXPERIENCE

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

30000.00 mse¢

LOCATION: U HATE:

I000.00 E -6

O. 05

PHYSICAL LOCATION CODE: M

NUMBER: 0 INTERVAL: 0.00 SEC

10C GROWTH

64.00 KIPC 75.00 KIPC

I .00/MIN i .00/MIN

126.00 KBYTES 200.00 KBYTES

360.00 KBYTES 400.00 K2YTES

750. O0 KBTTES 1000. O0 KBYTES

10.00_ IN 336.00HRS 10.00_ IN 336.00HRS

504. O0 KBYTES 620. O0 KBYTES

5 7

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.1.1P NAME: DEVEI_P NORMAL DAY PAYLOAD OPERATIONS

DATA SOURCES:

METHODOLOGY: RFP + CRSS + EXPERIENCE

RESPONSE TIME: I/0 DELAY ALLOWABLE: 30000.00 msec

COMMAND/CONTROL: LEVEL: I LOCATION: U RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: M NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATAPROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GROWTH

40.00 KIPC 50.00 KIPC

i. 00/MIN I .00/MIN

60.00 KBYTES 100.00 KBYTES

100.00 KS'_/'ES 200.00 KBYTES

300.00 KBYTES 500.00 KBYTES

i0.00% IN 336.00HRS I0.00% IN 336.00HRS

200 .00 KBYTES 300.00 ][BYTES

5 7-

G-52
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1+.2 NAME: DEVELOP NORMAL DAY CORE SYSTEM OPERATIONS

DATA SOURCES:

METHODOLOGY: RFP + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 Isec

COMMAND/CONTROL: LEVEL: I LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: E NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

I0C GROWTH

64.00 KIPC 75.00 KIPC

I .00/MIN i. 00/MIN

126.00 KBYTES 200.00 KBYTES

360.00 KBYTES 400.00 KBYTES

750.00 KBYTES i000.00 KBYTES

I0.00_ IN 336.00HRS I0.00_ IN 3_.00HRS

504. O0 KBYTES 620. O0 KBYTES

5 7

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.1.2P NAME: DEVELOP NORMAL DAY CORE SYSTEM OPERATIONS

DATA SOURCES:

METHODOLOGY: RFP + EXPERIENCE

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

30000.00 nsec

LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GP_WTH

40.00 KIPC 50.00 KIPC

1.00/MIN 1.00/MIN

60.00 KBYTES i00.00 KBYTES

I00.00 KBYTES 200.00 KBYTES

300.00 KBYTES 500.00 KBYTES

I0.00_ IN 33dS.00HRS I0.00_ IN 336.00HRS

200.00 KBYTES 300.00 KBYTES

5 7

G-53
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.1.3 NAME: DEVELOP MODE COMPATIBILITY MATRIX

DATA SOURCES:

METHODOLOGY: EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: i LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR RATZ: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL :

• OF DISPLAYS:

30000.00 mse¢

RATE:

I0C

64.00 KIPC

1.00/MIN

126.00 KBTTES

200.00 KBYTES

600.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2

0.05

0.00 SEC

GROWTH

75.00 KIPC

1.00/MIN

200.00 KBYTES

300.00 KBYTES

700.00 ERYTES

0.00_ IN 0.00HRS

0.00 KBYTES

3

20-JUL-1985

FUNCTION NO: 3.1.3P NAME:

DATA SOURCES:

METHODOLOGY: EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

SSDS FUNCTIONAL DATA SHEET

DEVELOP MODE COMPATIBILITY MATRIX

30000.00 asec

RATE:

10C

40.00 KIPO

i0.00/HR

I00.00 KBYTES

i00.00 KBYTES

300.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

5

G-54

0.05

0.00 SEC

GROWTH

50.00 KIPC

10.00/HR

150.00 KBYTES

200.00 KBYTES

400.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

7
_20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.1.4 NAME: DEVELOP MAJOR EVENT OPERATIONS

DATA SOURCES:

METHODOLOGY: RFP + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 asec

COMMAND/CONTROL: LEVEL: I LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

O. O0 SEC

IOC GROWTH

64.00 KIPC 75. O0 KIPC

i. O0/MIN I. O0/MIN

126. O0 KBYTES 200. O0 EBYTES

360. O0 KBYTES 400. O0 ][BYTES

780.00 KBYTES 1000.00 KBYTES

10. 005 IN 336. OOHRS 10. 005 IN 336. OOHRS

504. O0 KNTTES 620. O0 KBYTES

5 7

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.1.4P NAME: DEVELOP MAJOR EVENT OPERATIONS

DATA SOURCES:

METHODOLOGY: RFP + EXPERIENCE

RESPONSE TIME: I/0 DELAY AI_T._WABLE: 30000.00 msec

COMMAND/CONTROL: LEVEL: I LOC_TION: N RATE: 0.05

DATA QUALITY:MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDEMCYCODE: N PHYSICAL LOCATION CODE: M

DIaGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrs:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• • OF DISPLAYS:

0.00 SEC

IOC GROWTH

35.00 KIPC : 50.00 KIPC

IO.O0/HR IO.O0/HR

70.00 KBTTES 100.00 KBYTES

I00.00 KBYTES 200.00 KBYTES

300. O0 KBYTES 500. O0 KBYTES

10.005 IN 336.00HRS 10.00% IN 336.00HRS

200. O0 KBYTES 300. O0 KBYTES

5 7

G-55
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.2.1 NAME: CONFIRM PAYLOAD AND CORE SCHEDULES

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 ssec

COMMAND/CONTROL: LEVEL: I LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC " GROWTH

3_.00 KIPC 40.00 KIPC

1 .001MIN 1. 001MIN

72.00 KBYTES 80.00 KBYTES

205.00 KBYTES 230.00 KBYTES

300.00 KBYTES 340.00 KBYTES

10.00_ IN 336.00HRS i0.00_ IN 336.00HRS

400.00 KBYTES SO0.00 KBYTES

5 7

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.2.1P NAME: CONFIRM PAYLOAD AND CORE SCHEDULES

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I LOCATION: N '

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

OF DISPLAYS:

30000.00 msec

RATE: 0.05

0.00 SEC

IOC GROWTH

20.00 KIPC 30.00 KIPC

I. 00/MIN I. 00/MIN

40.00 KBYTES 60.00 KBYTES

I00.00 KBYTES 120.00 KBYTES

200. O0 KBYTES 240. O0 KBYTES

10.00_ IN 336.00HRS 10.00_ IN 33,5.00HRS

500 .00 KBYTES 350.00 KBYTES

S 7

G-56
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

5.2.2

SSDS FUNCTIONAL DATA SHEET

NAME: INCORPORATE NEW/REVISED OPERATIONS

EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

30000.00 asec

LOCATION: N RATE:

1000.00 E -6

O. 05

PETSICAL _TION CODE: T

NUMBER: 0 INTERVAL: 0.00 SEC

10C GROWTH

36.00 KIPO 40.00 KIPO

I. 00/MIN I .00/MIN

72.00 KBYTES 80.00 KBYTES

205. O0 KBYTES 230. O0 KBYTES

300.00 ][BYTES 540.00 ][BYTES

10.00% IN 336.00H28 10.00% IN 336.00HRS

400 •00 ][BYTES 500 . 00 KBYTES

5 7

20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

3.2.2P NAME: INCORPORATE NEW/REVISED OPERATIONS

EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

30000.00 ssec

LOCATION: N RATE:

1000.00 E -6

PRTSICAL LOCATION CODE: T

O. 05

N NUMBER: 0 INTERVAL: 0.00 SEC

I0C

20.00 KIPO

I. 00/MIN

40.00 ][BYTES

120.00 ][BYTES

130.00 ][BYTES

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

GROWTH

25.00 KIPC

1.00/MIN

50.00 KBYTES

150.00 KBYTES

173.00 EBYTES

10.00% IN 336.00HRS 10.00% IN 336.00HRS

300.00 KBYTES 400.00 KBYTES

5 7

G-57
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

3.2.3

SSDS FUNCTIONAL DATA SHEET

NAME: CHECK FOR CONFLICTS

CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITZONRATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

30000.00 nsec

RATE:

PHYSICAL LOCATION CODE: T

REQUIRED: N NUMBER: 0 INTERVAL :

IOC

36.00 KIPC

I. 00/MIN

72.00 KBTTES

205.00 KBYTES

300.00 KBYTES

0.00_ IN 0.00HRS

100.00 KBYTES

2

0.05

0.00 SEC

GROWTH

40.00 KIPC

1.O0/MIN

80.00 KBYTES

230.00 KBYTES

340.00 KBYTES

0.00_ IN O:OOHRS

120.00 KBYTES

3

20-JUL-1988 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 3.2.3P NAME : CHECK FOR CONFLICTS

DATA SOURCES :

METHODOLOGY: CRSS ÷ EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUI_:

DATA PROCESSING INSTRUCTIONS PER GTCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY_

ARCHIVAL:

# OF DISPLAYS:

IOC

20.00 KIPO

I. 00/MIN

40.00 KBYTES

I00.00 KBYTES

150.00 KBTTES

0.00_ IN 0.00HRS

I00.00 KBYTES

"2

GROWTH

23.00 KIPC

I.O0/MIN

30.00 KBYTES

130.00 KBYTES

170.00 KBYTES

0.00'I, IN 0.00HRS

120.00 KBYTES

3

G-58
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.2.4 NAME: CHECK FOR FACILITIES CAPABILITIES

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

30000.00 asec

RATE:

PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

10C

36° 00 KIPC

I. 00/MIN

72.00 KBTTES

205.00 KBYTES

300.00 KNTTES

0.00_ IN 0.00HRS

100.00 KBYTES

2

REQUIP.EMEETS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

O. O0

0.00 SEC

GROWTH

40.00 KIPC

1.00/MIN

80.00 KBTTES

250.00 KBYTES

340.00 KBYTES

0.00_ IN 0.00HRS

120.00 KBYTES

5

20-JUL-1988 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.2.4P NAME: CHECK P0R FACILITIES CAPABILITIES

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 50000.00 asec

COMMAND/CONTROL: LEVEL: A LOCATION: N RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

0.00 SEC

IOC GROWTH

_O.00 KIPC . 25.00 KIPC

i. 00/MIN i .00/MIN

40.00 KBYTES 50.00 KBYTES

100.00 KBTTES 120.00 KBYTES

150.00 KBYTES 170.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

I00.00 KBYTES 120.00 KBYTES

2 5

G-59

S
20-JUL-L985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.2.5P NAME: RESOLVE CONFLICTS

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR HATE: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PRTSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

30000.00 msec

HATE:

IOC

20.00 KIPC

I. 001MIN

40.00 KBTTES

120.00 KBYTES

150.00 KNYTES

O. 005 IN O. OOHRS

100. O0 KBYTES

2

O. 05

0.00 SEC

GROWTH

25.00 KIPC

1.00/MIN

50.00 KBYTES

170.00 KBYTES

200.00 KBYTES

0.005 IN 0.00HRS

120.00 KBYTES

3

G-60
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.2.6 NAME: MAINTAIN SHORT TERM SCHEDULES

DATA SOURCES :

METHODOLOGY: CRSS ÷ EXPERIENCE

RESPONSE TIME: I/0 DELAY ALLOWABLE: 30000.00 msec

COMMAND/CONTROL: LEVEL: I LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GROWTH

36.00 KIPC 40.00 KIPC

i .00/MIN I. 00/MIN

72.00 KBYTES 80.00 KBYTES

205 . 00 KBYTES 230.00 ][BYTES

300 .00 KBTTES 340 .00 KBYTES

I0.00_ IN 336.00HRS I0.00_ IN 336.00HRS

400.00 ][BYTES 500 . 00 KBYTES

5 7

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.2.6P NAME: MAINTAIN SHORT TERM SCHEDULES

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: "I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

30000.00 msec

RATE:

PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrs:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.05

0.00 SEC

IOC GROWTH

20.00 KIPC . 25.00 KIPC

I .001MIN i .00/MIN

40.00 KBYTES 50.00 KBYTES

100.00 KBYTES 120.00 KBYTES

150.00 KBYTES 170.00 KBYTES

I0.00_ IN 336.00HRS 10.00% IN 33_5.00HRS

300.00 KBYTES 400.00 KBYTES

5 7

G-61
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.3.1 NAME: TIME TAG OPERATIONS

DATA SOURCES:

METHODOLOGY: EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: N RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHTSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREME3TS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITT:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

10C GROWTH

30.00 KIPC 40.00 KIPC

I .00/MIN I .00/MIN

70.00 KBTTES 80.00 KBYTES

I00.00 KBYTES 130.00 EBYTES

200 . O0 KBTTES 240 . O0 KBYTES

10.00_ IN 336.00]fl_S 10.00% IN 33e.00HRS

300.00 KBTTES 350.00 KBYTES

5 6

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.3.1P NAME: TIME TAG OPERATIONS

DATA SOURCES:

METHODOLOGY: EXPERIENCE

RESPONSE TIME: I/O DELAT ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: N

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQuImm_TS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL :

# _F DISPLAYS:

30000.00 msec

RATE: 0.05

0.00 SEC

I0C GROWTH

I0.00 KIPC .. iS.00 KIPC

I .00/MIN I .00/MIN

30.00 KBYTES 50.00 KBYTES

50.00 KBYTES 60.00 KBYTES

100.00 KBYTES 1S0.00 KBYTES

10.00% IN 336.00HRS i0.00% IN 33_5.00HRS

300.00 KBYTES 350.00 KBYTES

2 3

G-62
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.3.2 NAME: CHECK SCHEDULE CONFLICTS

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A _TION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

MEQUIREMEFt'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MENORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

30000.00 msec

RATE: O. 05

0.00 SEC

IOC GROWTH

36.00 KIPC 40.00 KIPC

I . 00/MIN I .00/MIN

72.00 KBYTES 80.00 KBYTES

208.00 KBTTES 230.00 EBYTES

300.00 KBYTES 340.00 KBYTES

10.00_ IN 336.00HRS 10.00_ IN 336.00HRS

400. O0 KBYTES 500. O0 KBYTES

5 6

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.3.2P NAME: CHECK SCHEDULE CONFLICTS

DATA SOURCES:

METHODOLOGY: CRSS + EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

30000.00 asec

RATE: 0.05

0.00 SEC

IOC GROWTH

30.00 KIPC . 35.00 KIPC

I .00/MIN I .00/MIN

60.00 KBYTES 70.00 KBYTES

I00.00 KBYTES 120.00 KBYTES

150.00 KBTTES 175.00 KBYTES

10.00% IN 336.00HRS 10.00% IN 356.00HRS

I00.00 KBYTES 200.00 KBYTES

3 4

G-63
20-JUL-1985

FUNCTIONO: 3.3.3 NAME:

DATASOURCES:

METHODOLOGY: EXPERIENCE

SSDSFUNCTIONALDATASHEET

MAINTAINOPERATINGEVENTSSCHEDULE

RESPONSETIME: I/O DELAYALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

30000.00 asec

LOCATION: N RATE:

zooo.oo E 4

O. O0

PHYSICAL LOCATION CODE: T

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

36.00 KIPO 40.00 KIPC

I. O0/MIN I .O0/MIN

72. O0 KBYTES 80. O0 KBYTES

205.00 KBYTES 230.00 KBYTES

300.00 KBYTES 340.00 KBYTES

10.00% IN 336.00HRS 10.00% IN 336.00HRS

400. O0 KBYTES 500. O0 ][BYTES

5 6

20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

3.3.3P NAME: MAINTAIN OPERATING EVENTS SCHEDULE

EXPERIENCE

RESPONSE TIME: IlO DELAY ALLOWABLE: 30000.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: N RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GROWTH

36.00 KIPC 40.00 KIPC

i. O01MIN I .O0/MIN

72. O0 ][BYTES 80. O0 KBYTES

205.00 KBYTES 230. O0 KBYTES

300.00 KBYTES 340 . 00 KBYTES

10.00% IN 336.00HRS 10.00% IN 336.00HRS

400.00 KBYTES 500.00 KBYTES

5 6

G-64
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

3.3.4

SSDS FUNCTIONAL DATA SHEET

NAME: ADJUST FOR UNSCHEDULED MODE CHANGES

EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERI SHABILITY:

ARCHIVAL:

# OF DISPLAYS:

30000.00 mse¢

LOCATION: N RATE:

I000.00 E -6

O. 05

PHYSICAL LOCATION CODE: D

N NUMBER: 0 INTERVAL : 0. O0 SEC

10C GROWTH

36.00 KIPC 40.00 KIPO

1.00/MIN 1.00/MIN

72.00 KBYTES 80.00 ][BYTES

205.00 KBYTES 230.00 ][BITES

300.00 ][BYTES 340.00 ][BYTES

10.00_ IN 336.00HRS 10.00% IN 336.00HRS

400.00 KBYTES 500.00 KBYTES

5 6

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

3.3.4P NAME: ADJUST FOR UNSCHEDULED MODE CHANGES

EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

30000.00 nseo

LOCATION: N RATE:

i000.00 E -6

PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

O. 05

0.00 SEC

IOC GROWTH

20.00 KIPC 28.00 KIPC

10. O0/ER 10. O0/HR

50. O0 KBYTES 65. O0 KBYTES

100.00 KBYTES 120.00 KBYTES

150.00 ][BYTES 170.00 KBYTES

10.00% IN 336.00HRS 10.00% IN 336.00HRS

200.00 KBYTES 250.00 KBYTES

5 . 6

G-65
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: _.4.1 NAME: SEQUENCE PAYLOAD OPERATIONS

DATA SOURCES: Engineering Estim&te

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: I RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.01 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL: 1.00 SEC

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

4) OF DISPLAYS:

IOC GROWTH

O. I0 KIPC O. 20 KIPC

I .00/MIN I .O0/MIN

1.00 KBYTES 2.00 ][BYTES

1.00 KBYTES 2- 00 ][BYTES

0.00 ][BYTES 0.00 KBYTES

0 • 00% IN 0.00HRS 0 . 00% IN 0 . 00HRS

0.00 KBYTES 0. O0 ][BYTES

I i

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.4.1P NAME: SEQUENCE PAYLOAD OPERATIONS

DATA SOURCES: Engineering Esti--te

METHODOLOGY:

RESPONSE TIME: I/0 DELAY ALLOWABLE: 50.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: I RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.01E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL :

• OF DISPLAYS:

IOC

1.00 KIPC :

6.00/MIN

10.00 KBYTES

5.00 KBYTES

0.00 KBYTES

0.00% IN 0.00I_S

O. 00 KBYTES

I

G-66

1.00 SEC

GROWTH

2.00 KIPC

6.00/MIN.

20.00 ][BYTES

8.00 KBYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

I
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.4.2 NAME: SEQUENCE CORE SYSTEM OPERATIONS

DATA SOURCES: Engineering Esti-mte

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: I RATE: 0.00

DATA QUALITY- MAXIMUM BIT ERROR RATE: 0.01 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PRTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUI_:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

1.00 SEC

10C GROWTH

0.I0 KIPC 0.20 KIPC

I .00/MIN I .00/MIN

I .00 KBYTES 2.00 ][BYTES

I. 00 KBTTES 2.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

I I

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.4.2P NAME : SEQUENCE CORE SYSTEM OPERATIONS

DATA SOURCES: Engineering Estt,,_te

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: i RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR HATE: 0.01E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

1.00 SEC

I0C GROWTH

1.00 KIPC : 2.00 KIPC

6.00/MIN 6.00/MIN

I0.00 KBYTES 20.00 KBYTES

5.00 KBYTES 8.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

I I

G-67
20-dUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: _.4.3 NAME: COMMAND SCHEDULED MODE CHANGE

DATA SOURCES: Engineering Estimate

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

1.00 mseo

LOCATION: I RATE:

0.01E -6

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T HUMBER: 0 INTERVAL:

REQUI_:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

ZOO

1. O0 KIPC

12. O0/HR

I0. O0 KBYTES

I0. O0 KBTTES

O. O0 KBYTES

O. 005 Ill O. OOHRS

O. O0 KBYTES

I

O. O0

1.00 SEC

GROWTH

2.00 KIPC

12. O0/HR

15.00 KBYTES

15.00 KBYTES

O. O0 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

1

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 3.4.3P llAME: COMMAND SCHEDULED MODE CHANGE

DATA SOURCES: Engineering EstlnuLte

METHODOLOGY:

RESPONSE TIME: I/0 DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: I P_TE: O.OO

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.01 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATIOll CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY :

PERISHABILITY:

ARCHIVAL :

# OF DISPLAYS:

1.00 SEC

IOC GROWTH

1.00 KIPC : 2.00 KIPC

12. O0/HR 12. O0/HR

I0.00 KBYTES 15.00 KBYTES

i0.00 KBYTES 15.00 KBYTES

O. O0 KBYTES O. O0 KBYTES

O. 005 Ill O. OOHRS O. 005 Ill O. OOHRS

O. O0 KBYTES O. O0 KBYTES

I I

G-68
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

3.4.4

SSDS FUNCTIONAL DATA SHEET

NAME : CHECK FOR EXECUTABILITY

RESPONSE TIME: I/O DELAY A___._OWABLE:

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

I000.00 nseo

LOCATION: RATE:

1.00 E -6

PIEYSICAL LOCATION CODE:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA HEQUIREMERT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

15.00 KIPC

6. O0/MIN

30. O0 KBYTES

6. O0 KBYTES

40. O0 KBTTES

0 . 00_ IN O. OOHRS

0.00 KBYTES

2

O. O0

0.00 SEC

GROWTH

20.00 KIPC

IO.O0/MIN

40.00 KBYTES

I0.00 KBYTES

60.00 KBYTES

0. O0'& IN O. OOHRS

O. O0 KBYTES

3

20-JUL-1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

3.4.4P NAME:

SSDS FUNCTIONAL DATA SHEET

CHECK FOR EXECUTABILITY

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I000.00 nsec

LOCATION: RATE:

1.00 E -6

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

IOC

lO.O0 KIPC

6. O0/MIN

20. O0 KBYTES

4. O0 KBYTES

30. O0 KBYTES

0.00_ IN O.OOERS

O. O0 KBYTES

2

G-69

O. O0

0.00 SEC

GROWTH

15.00 KIPC

IO.O0/MIN

30.00 KBYTES

6.00 KBYTES

40.00 KBYTES

0.00_ IN O.OOHRS

0.00 KBYTES

3
24-JUL-1985

FUNCTIONO:

DATASOURCES:

METHODOLOGY :

SSDSFUNCTIONAL DATA SHEET

4. I. i. I NAME : SPACE CRAFT STATE/ORBIT DETERMINATION :

SHUTTLE ONBOARD SOFTWARE SIZING _ LOADING DATA BASE

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 Isec

COMMAND/CONTROL: LEVEL: A LOCATION: I RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHTSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

10C

20.00 KIPC

I. 001S

20.00 KBYTES

15.00 KBYTES

70.00 KBYTES

I. 00_ IN 0.25HRS

0.00 KBYTES

0

O. O0 SEC

GROWTH

22.00 KIPC

I.O0/S

30.00 KBTTES

17.00 KBYTES

100. CO KBYTES

1 . 00_ IN O. 25HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.1.1PNAME: SPAGE CRAFT STATE/ORBIT DETERMINATION

SHUTTLE 0NBOARD SOFTWARE SIZING U LOADING DATA EASE

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

800.00 msec

LOCATION: I RATE:

0.00 E -6

PHYSICAL LOCATION CODE: D

N NUMBER: 0 INTERVAL:

I0C

I0.00 KIPO

i .001S

20.00 KBYTES

18.00 KBYTES

18.00 KBYTES

I. 00_ IN 0.25HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTX

II.00 KIPC

1.00/S

30.00 KBYTES

17.00 KBYTES

9.00 KBYTES

I .00_ IN 0.25HRS

0.00 KBYTES

0

G-70
24-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.1.2 NAME: CONSTELLATION STATE/ORBIT DETERMINATION

RESPONSE TIME: IlO DELAY _¥ABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

500.00 mseo

LOCATION: I RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

% OF DISPLAYS:

O. O0

NUMBER: 0 INTERVAL: 0.00 SEC

I0C GROWTH

50.00 KIPO 100.00 KIPC

0.25/S 0.25/S

50.00 KBYTES 75.00 KBYTES

40.00 KBYTES 80.00 KBYTES

200.00 KBYTES 300.00 KBYTES

2.00'_ IN 0.25I-D_S 2.005 IN 0.25HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-71
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.1.5 NAME: DETERMINE EPHEMERIDES (SUN, MOON, ETC.)

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATIO_ CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFFS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

I. O0 KIPO

I. O0/IOl

2. O0 KBYTES

4. O0 KBYTES

4. O0 KBYTES

O. 00_ IN 0. O01_S

0.00 KBYTES

0

0.00 nsec

RATE: O. O0

0.00 SEC

GaO_ml

I .00 KIPC

i. O0/MN

3.50 KBYTES

5. O0 KBYTES

4. O0 KBYTES

O. 00_ IN O. OOHRS

O. O0 KBYTES

0

20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.1.1.3PNAME: DETERMINE EPHEMERIDES (SUN, MOON, ETC.)

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 nsec

RATE: O. O0

NUMBER: 0 INTERVAL: O. O0 SEC

IOC GROWTH

1.00 KIPC . 1.00 KIPC

I.O01MN I.O0/MN

2.00 KBYTES 3.50 KBYTES

4.00 KBYTES 5.00 KBYTES

4.00 KBYTES 4.00 KBYTES

O. 00_ IN O. OOHRS O. 00_ IN O. OOHRS

O. O0 KBYTES O. O0 KEYTES

0 " 0

G-72
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.1.4 NAME:

SSDS FUNCTIONAL DATA SHEET

ATTITUDE DETERMINATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

LOCATION:

0.00 E -6

500.00 msec

RATE:

PHYSICAL LOCATION CODE:

NUMBER: 0 IlfTERVAL:

I0C

Io.oo KIPC

1.00IS

53.00 KBTTES

20.00 ]_WI_S

106.00 KBYTES

1.00_ IN 0. ZSHRS

O. O0 KBYTES

0

O. O0

O. O0 SEC

GROWTH

i0.00 KIPC

I .O0/S

60. O0 KBYTES

22. O0 KBYTES

106. O0 KBYTES

1.00_ IN 0.00HRS

O. O0 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.1.4PNAME:

SSDS FUNCTIONAL DATA SHEET

ATTITUDE DETERMINATION

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

500.00 msec

LOCATION: RATE:

0.00 E -6

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL :

10(3

5.00 KIPC

1.0O/S

35.00 KBYTES

14.00 KBYTES

10.00 KBYTES

1 . 00% IN 0.25HRS

O. O0 KBYTES

0

G-73

O. O0

0.00 SEC

GROWTH

7.00 KIPC

I.O0/S

42.00 KBYTES

16.00 KBYTES

15.00 KBYTES

1.00_ IN O.OOHRS

0.00 KBYTES

0
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.1.5 NAME:

SSDS FUNCTIONAL DATA SHEET

NAVIGATION STATE PROPAGATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 msec

LOCATION: HATE:

0.00 E -6

PHYSICAL LOCATION CODE:

REQUIREMESTS:

DATA PROCESSING INSTHUCYIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

I0C

10.00 KIPC

0.50/S

20.00 KBYTES

4.00 KBYTES

40.00 KBYTES

1.00_ IN 0.25HRS

0.00 KBTTES

0

O. O0

0.00 SEC

GROWTH

II.00 KIPC

0.50/S

25.00 KBYTES

5.00 KBYTES

40.00 KBYTES

1 . 00_ IN 0 . 25HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO: 4.1.1.5PNAME:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

NAVIGATION STATE PROPAGATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA _}UALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 nsec

LOCATION: HATE :

0.00 E -6

PHYSICAL LOCATION CODE:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

I0.00 KIPC

0.501S

20.00 KBYTES

4.00 KBYTES

40.00 KBYTES

1 . 00_ IN 0.25HRS

0.00 KBYTES

0

G-74

0.00

0.00 SEC

GROWTH

Ii.00 KIPC

0.50/S

25.00 KBYTES

5.00 KBYTES

40.00 E'BYTES

I. 00_ IN 0.25HRS

0.00 KBYTES

0
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.1.6 NAME:

SSDS FUNCTIONAL DATA SHEET

DEVICE MANAGEMENT

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

2000.00 msec

LOCATION: RATE:

0.00 E -6

PHTSICAL LOCATION CODE:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

15. O0 KIPC

1. O0/S

30.00 KBYTES

20. O0 KBTTES

60. O0 KBYTES

0.00_ IN 0. OOHRS

0. O0 KBYTES

0

0.00

0.00 SEC

GROWTH

20.00 KIPC

1.00/S

40.00 KBYTES

30.00 KBYTES

I00.00 KBYTES

O. 00_ IN O. OOHRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

RESPONSE TIME:

SSDS FUNCTIONAL DATA SHEET

4.1.1.6PNAME: DEVICE MANAGEMENT

I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

2000.00 mseo

LOCATION: RATE:

0.00 E -6

PHYSICAL LOCATION CODE:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

• OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

10. O0 KIPC ..

1.00/S

20. O0 KBYTES

15.00 KBYTES

40. O0 KBYTES

0.00_ IN O.OOHRS

0.00 rm/TES

0

G-75

0.00

0.00 SEC

GROWTH

12.00 KIPC

1.00/S

25.00 KBYTES

20.00 KBYTES

60.00 KBYTES

O. 00_ IN O. OOHRS

O. 00 KBYTES

0
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.1.7 NAME: COMMAND INTERFACE PROCESSING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMDIT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLATS:

1000.00 msec

LOCATION: RATE:

0.00 E -6

0.00

PHYSICAL LOCATION CODE:

IIUMBER: 0 INTERVAL: 0.00 SEC

I0C GROWTH

8.00 KIPC i0.00 KIPC

0.80/S 0.50/S

I0.00 KBYTES 12.00 KBYTES

8.00 KBYTES 9.00 KBYTES

20.00 KBYTES 25 . 00 KBYTES

0.00% IN 0.00HRS 0 . 00% IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

5 5

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.1.7PNAME: COMMAND INTERFACE PROCESSING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNosTIcs/sELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

I000.00 mse¢

LOCATION: RATE:

0.00 E -6

0.00

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

I0C

4.CO KIPC

0.50/S

5.00 KBYTES

4.00 KBYTES

10.00 KBYTES

0.00% IN 0.00HRS

0. O0 KBYTES

0

0. CO SEC

GROWTH

6.00 KIPC

0.50/S

6.00 KBYTES

5.00 KBYTES

15.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-76
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4. i. 2. I NAME : REBOOST/REENTRY TARGETING

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM SIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E --6

500.00 msec

RATE:

PETSICAL LOCATION CODE:

0.00

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PEMI SHABILITY:

ARCHIVAL:

• OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

2.00 KIPC

1.00/S

20.00 KBYTES

5.00 KBYTES

40.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.00 SEC

GROWTH

2.50 KIPC

1.00/S

25.00 KBYTES

6.00 KBYTES

40.00 rRYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.2.1PNAME: REBOOST/REENTRY TARGETING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 msec

LOCATION: RATE:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERI SHABILITT :

ARGNIVAL :

• OF DISPLAYS:

NUMBER : 0 IIrI'ERVAL:

10C

1.40 KIPC

1.00/S

14.00 ][BYTES

3.50 KBYTES

28.00 KBYTES

0.00% IN 0.00HES

0.00 KBYTES

0

0.00 SEC

GROWTH

2.00 KIPC

1.00/S

18.00 KBYTES

4.50 KBYTES

30.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-77
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4. I. 2.2 NAME : MANEUVER COORDINATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION MATE :

PROCESSOR MENORT : PROGRAM SIZE :

DATA REQUIREMENT:

DATA STOMAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I000.00 asec

LOCATION: MATE:

0.00 E -6

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

IOC

0.50 KIPC

I. 001S

18.00 KBYTES

12. O0 KBYTES

36.00 KBYTES

0.00_ IN 0. OOHRS

O. O0 KBYTES

0

O. O0

0.00 SEC

GROWTH

0.90 KIPC

I. O0/S

30. O0 KBYTES

20. O0 KBYTES

45. O0 KBYTES

O. 00_. IN 0. OOHRS

O. O0 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4. I .2.2PNAME: MANEUVER COORDINATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

1000.00 msec

LOCATION: MATE:

0.00 E -6

PHYSICAL LOCATION CODE:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION MATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SHA6ILITY:

ARCHIVAL :

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

0.35 KIPC

I .O0/S

12.00 KBYTES

8. O0 KBYTES

24. O0 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

G-78

0.00

0.00 SEC

GROWTH

0.60 KIPC

I.O0/S

20.00 KBYTES

12.00 KBYTES

40.00 KBYTES

0.00_ IN O. OOHRS

0. O0 KBYTES

0
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.2.3 NAME:

SSDS FUNCTIONAL DATA SHEET

COLLISION CHECK

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITT: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

LOCATION:

0.00 E -6

0.00 asec

RATE:

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

IOC

10.00 KIPC

5. O0/l_g

20. O0 KBYTES

10. O0 KBYTES

40. O0 KBYTES

1.00_ IN 1. OOHRS

0. O0 KBYTES

0

O. O0

0.00 SEC

GROWTH

12.00 KIPC

5.00/MN

25.00 KBYTES

12.00 KBYTES

40.00 ][BYTES

I .00_ IN I .00HRS

0. O0 KBYTES

0

G-79
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.2.4 NAME: REBOOST MANEUVER

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREM. ENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

250.00 msec

LOCATION: RATE:

0.00 E -6

PRTSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

IOC

5.00 KIPC

i .O0/S

I0.00 KBYTES

4.00 KBYTES

20.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

6.00 KIPC

1.00/S

15.00 KBYTES

6.00 KBYTES

23.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.2.4PNAME: REBOOST MANEUVER

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

250.00 nsec

LOCATION: RATE:

0.00 E -6

PHYSICAL _TION CODE:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

3.50 KIPC

1.00/S

7.00 KBYTES

2.80 KBYTES

12.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

4.50 KIPC

1.00/S

I0.00 KBYTES

3.20 KBYTES

18.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-80
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4. I. 2.5 NAME : TETHER CONTROL

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

2000.00 asec

LOCATION: RATE:

0.00 E -6

PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

IOC

0.00 KIPC

0.00/S

0.00 KBYTES

0.00 KBYTES

0.00 KBTTES

0.00_ IN 0.00HRS

0.00 KBTTES

0

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

0.00

0.00 SEC

GROWTH

1.00 KIPC

0.10/S

15.00 KBYTES

4.00 KBYTES

30.00 KBYTES

1.00_ IN 0.00HRS

0.00 KBYTES

0

G-81
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.2.6 NAME: DETERMINE POINTING MOUNT CONTROLS

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0 INTERVAL:

I0C

1.50 KIPC

1.00/S

5.00 KBYTES

1.00 KBYTES

10.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

2.00 KIPC

1.00/S

7.00 KBYTES

1.50 KBYTES

12.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO: 4.1.2.6PNAME:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

DETERMINE POINTING MOUNT CONTROLS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

IOC

0.75 KIPO

1.00/S

2.50 KBTTES

0.50 KBYTES

5.00 KBYTES

0.00_ IN 0. OOHRS

0.00 KBYTES

0

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

0.00 msec

RATE:

G-82

0.00

0.00 SEC

GROWTH

1.00 KIPC

1.00/8

3.50 KBYTES

0.75 EMYTES

6.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0
20-JUL-198S

FUNCTIONNO :

DATA SOURCES :

METHODOLOGY :

4.1.2.7 NAME:

SSDS FUNCTIONAL DATA SHEET

DEVICE MANAGEMENT

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHTSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEI_TS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

I0C

i. 00 KIPC

0.10/S

4.00 KBYTES

I. 00 KBYTES

8.o0 XBrrZS

l. 00% IN 0.25HRS

0.00 KBTTES

0

0.00 msec

RATE: 0 . O0

0.00 SEC

GROWTH

1.00 KIPC

0.10/S

•5.00 KBYTES

2.00 KBYTES

8.00 KBYTES

i .00_ IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO: 4.1.2.7PNAME:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

DEVICE MANAGEMENT

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHTSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ABCHIVAL:

• OF DISPLAYS:

I0C

0.30 KIPC

0.10/S

I. 20 KBYTES

0.30 KBYTES

3.00 KBYTES

I .00% IN 0 .25HRS

0.00 KBYTES

0

0.00 nsec

RATE: 0.00

0.00 SEC

GROWTH

0.40 KIPC

0.10/S

i. 50 KBYTES

0.60 EBYTES

5.00 EBYTES

I. 00_ IN 0. 001_S

0.00 KBYTES

0

G-83
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4. i. 2.8 NAME : COMMAND INTERFACE PROCESS ING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFI_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :.

ARCHIVAL:

# OF DISPLAYS:

I0C

5.00 KIPC

1.00/S

20.00 KBYTES

S.00 ][BYTES

40.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

10

0.00 msec

RATE : 0.00

0.00 SEC

GROWTH

5.00 KIPC

1.00/S

25.00 KBYTES

7.00 KBYTES

50.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

I0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4. i. 2.8PNAME : COMMAND INTERFACE PROCESSING

DATA SOURCES :

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITT: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: It NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERI SHABILITY :

ARCHIVAL :

# OF DISPLAYS:

O. 00 aseo

RATE: 0.00

0.00 SEC

IOC GROWTH

3.00 KIPC : 4.00 KIPC

I. 001S I. 00/S

6.00 KBYTES 7.00 KBYTES

I .50 KBYTES 2.00 KBYTES

10.00 KBYTES 13.00 KBYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

0.00 ][BYTES 0.00 KBYTES

0 0

G-84
20-JUL-1985 SSDSFUNCTIONALDATA SHEET

FUNCTION NO: 4.1.3.1 NAME: CONTROL ATTITUDE AND TRANSLATION

DATA SOURCES: SPACE SHUTTLE 0RBITOR AVIONICS SOFTWARE MEMORY DATA BASE

METHODOLOGY: COMPLEXITY MATCHING WITH SIMILAR SUBFUNCTION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 2 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERI SHABILITY:

ARCHIVAL :

# OF DISPLAYS:

200.00 asec

LOCATION: 0 RATE:

0.00 E -6

2. O0

600.00 SEC

IOC GROWTH

30.00 KIPC 45.00 KIPC

5.00/S 5.00/S

48 .00 KBYTES 56 .20 KBYTES

7.00 KBYTES 10.80 KBYTES

57.60 KBYTES 57.60 KBYTES

100.00% IN 720.00HRS100.00% IN 720.OOHRS

29.20 ][BYTES 29.20 KBTTES

3 4

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.3.1PNAME: CONTROL ATTITUDE AND TRANSLATION

DATA SOURCES: SPACE SHUTTLE ORBITOR AVIONICS SOFTWARE MEMORY DATA BASE

METHODOLOGY: COMPLEXITY MATCHING WITH SIMILAR SUBFUNCTION

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 2.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL: 600.00 SEC

REQUIREXEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

25.00 KIPC 35.00 KIPC

5.00/S 5.00/S

48 .O0 KBYTES 56.20 KBYTES

7.00 KBYTES i0.80 EBYTES

87.60 KBTTES 57.60 KBYTES

100.00% IN 720.00HRSI00.00% IN 720.00HRS

•29.20 KBYTES 29.20 KBYTES

3 4

G-85
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.Z.2 NAME: GENERATE ATTITUDE COMMANDS

DATA SOURCES: SPACE SHUTTLE ORBITOR AVIONICS SOFTWARE MEMORY DATABASE

METHODOLOGY: COMPLEXITY MATCHING PER SUBFUNCTION

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 ssec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 2.50

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 3 INTERVAL: 300.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

pROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

2. O0 KIPC 2.50 KIPC

I .00/S i .00/S

20. O0 KBYTES 22. O0 KBYTES

4 .O0 KBYTES 5.00. KBYTES

240.00 KBYTES 240.00 KBYTES

100.00_ IN 720.OOHRSlO0.O0% IN 720.OOHRS

122 .O0 ][BYTES 122. O0 KBYTES

3 S

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.3.2PNAME: GENERATE ATTITUDE COMMANDS

DATA SOURCES: SPACE SHUTTLE ORBITOR AVIONICS SOFTWARE MEMORY DATABASE

METHODOLOGY: COMPLEXITY MATCHING PER SUBFUNCTION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 3 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

200.00 msec

LOCATION: 0 RATE:

0.00 E -6

2.50

300.00 SEC

IOC GROWTH

2.00 KIPC 2.50 KIPC

i. O0/S I. 00/S

20. O0 KBYTES 22. O0 KBYTES

4. O0 KBYTES 5. O0 KBYTES

240. O0 KBYTES 240.00 KBYTES

100.00% IN 720.00HRSI00.00% IN 720.OOHRS

122.00 KBYTES 122.00 KBYTES

3 3

G-86
20-JUL-I985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.3.3 NAME: MOMENTUM MANAGEMENT

DATA SOURCES: SPACE STATION ATTITUDE CONTROL SIMULATION

METHODOLOGY: ESTIMATE BASE ON COMPUTER SIMULATION.

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.50

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH: 4.1.3.1 4.1.37

SYSTEM DEPENDENCT CODE: S PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREEEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

10C GROWTH

1.50 KIPC 2.00 KIPC

1.00/S 1.00/S

14.00 KBTTES 16.00 KBYTES

1.80 KBYTES 2. O0 KBYTES

I •40 KBYTES 2.00 KBTTES

100.005 IN 8.00HRS100.005 IN 8.00HRS

0.00 KBYTES 0.00 KBYTES

2 2

20-JUL-198S SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.3.3PNAME: MOMENTUM MANAGEMENT

DATA SOURCES: SPACE STATION ATTITUDE CONTROL SIMULATION

METHODOLOGY: ESTIMATE BASE ON COMPUTER SIMULATION.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR BATE:

SYNCHRONIZATION WITH: 4.1.3.1

200.00 msec

LOCATION: 0 RATE:

0.00 E -6

4.1.37

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: • NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

1.50 KIPC

1. O0/S

14. O0 KBYTES

1.80 ][BYTES

1.40 KBYTES

O. 50

0.00 SEC

GROWTH

2.00 KIPC

1.00/S

16.00 KBYTES

2.00 KBYTES

2.00 KBYTES

100.005 IN 8.00HRSI00.005 IN 8.00HRS

0.00 KBYTES 0.00 KBYTES

2 2

G-87
20-dUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.3.4 NAME: POINTING MOUNT CONTROL

DATA SOURCES:

METHODOLOGY: ENGINEERING STUDY

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 nseo

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

0.50 SEC

I0C GROWTH

5.00 KIPC 7.00 KIPC

1.00/S I .00/S

21.00 KBYTES 26.00 KBYTES

4. O0 KBYTES 6. O0 KBYTES

10.00 KBYTES 10.00 KBYTES

20.005 IN 12.00HRS 20.005 IN 12.00HRS

50. O0 KBTTES 50. O0 KBYTES

3 3

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.3.4PNAME: POINTING MOUNT CONTROL

DATA SOURCES:

METHODOLOGY: ENGINEERING STUDY

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: 7 NUMBER: 0 INTERVAL:

REQUIRENEFTS:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

500.00 nsec

LOCATION: 0 RATE:

1.00 E -6

0.00

0.50 SEC

lOC GROWTH

5.00 KIPO _ 7.00 KIPC

1.00/S I .00/S

21 .00 KBYTES 26.00 KBYTES

4. O0 KBYTES 6. O0 KBYTES

10.00 KBYTES 10.00 KBYTES

20.00_ IN 12.00HRS 20.005 IN " 12.00HRS

50.00 KBYTES 50.00 KBYTES

3 3 "

G-88
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.3.5 NAME: DEVICE MANAGEMENT

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PRTSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

10.00 KIPC

0 ° 50/S

15.00 KBYTES

4.00 KBYTES

30. O0 KBYTES

1. 005 IN O. 25HRS

0.00 KBTTES

1

0.00 asec

RATE: 0.00

0.00 SEC

GROWTH

12.00 KIPC

0.50/S

20°00 KBYTES

6.00 KBYTES

30.00 KBYTES

1.00_ IN 0.25HRS

0.00 KBYTES

i

20-JUL-1985

FUNCTION NO: 4.1.5.SPNAME:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

DEVICE MANAGEMENT

RESPONSE TIME: I/O DELAY ALLOWABLE:

• COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 nsec

RATE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

5. O0 KIPC .

0.50/S

10. O0 KBYTES

4. O0 KBYTES

15.00 KBYTES

1.005 IN 0.25HRS

0.00 KBYTES

I

G-89

0.00

0.00 SEC

GROWTH

6.00 KIPC

0.50/S

15.00 KBYTES

6.00 KBYTES

I5.00 KBYTES

I .005 IN 0.25HRs

0.00 KBYTES

I
20-6UL-1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.1.3.6 NAME: COMMAND INTERFACE PROCESSING

RESPONSE TIME: I/O DELAY ALLOWABLE: 0.00 asec

COMMAND/CONTROL: LEVEL: A LOCATION: RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

12.00 KIPC

0. 501S

30.00 KBYTES

4.00 KBYTES

60.00 KBYTES

0. 005 Ill 0.00HRS

0.00 KBYTES

I

0.00 SEC

GROWTH

13.00 KIPC

0.50/S

32.00 KBYTES

4.50 EBYTES

60.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

i

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.3.6PNAME:

SSDS FUNCTIONAL DATA SHEET

COMMAND INTERFACE PROCESSING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL:'A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITI0ll RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

6.00 KIPC

0.50/S

15.00 KBYTES

4.00 KBYTES

30.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

I

0.00 nse¢

RATE:

G-90

0.00

0.00 SEC

GROWTH

7.00 KIPC

0.50/S

16.00 KBYTES

4.50 KBYTES

30.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

I
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4. i .4. i NAME : COMPUTE/PROPAGATE CONSTELLATION RELATIVE STATES

RESPONSE TIME: I/0 DELAY ALLOWABLE: 0.00 asec

COMMAND/CONTROL: LEVEL: A LOCATION: RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

HEQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

I0.00 KIPC I0.00 KIPC

0.10/S 0.10/S

8.00 KBTTES 9.00 KBYTES

1. O0 KBYTES 2. O0 ENYTES

16.00 KBTTES 16.00 KBYTES

2 .00_. IN 0 .25HRS 2 .00% IN 0 .25HRS

0.00 KBTTES 0.00 ENYTES

0 0

G-91
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.4.2 NAME: MANAGE CONSTELLATION ORBIT MANEUVERS -.

RESPONSE TIME: I/O DELAY ALLOWABLE: 0.00 msec

COMMAND/CONTROL: LEVEL: A

o

DATA QUALITY: MAXIMUM BIT ERROR RATE:

LOCATION:

0.00 E -6

RATE: 0.00

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHTSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREME_S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

• OF DISPLATS:

IOC

15.00 KIPC

0.10IS

10.00 KBYTES

2.00 KBYTES

20.00 ][BYTES

1.00_ IN 0.25HRS

0.00 KBYTES

0

GROWTH

18.00 KIPC

0.10/S

15.00 ][BYTES

3.00 KBYTES

20.00 ][BYTES

1.00_ IN 0.25m_S

0.00 KBYTES

0

G-92
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.4.3 NAME: SCHEDULE DEPLOYMENT/RENDEZVOUS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION MATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

10C

I. 00 KIPC

0.10/S

5.00 KBYTES

Z.O0 KBYTES

10.00 KBYTES

i. 00% IN 0.28HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

1.50 KIPC

0.10/S

6.00 KBYTES

2.00 KBYTES

10.00 KBYTES

1.00% IN 0.25HRS

0.00 KBYTES

0

G-93
20-JUL'1985

FUNCTION NO_

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.4.4 NAME: MANAGE RENDEZVOUS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

IOC

3. O0 KIPC

I oO0/MN

5.00 KBYTES

O. 50 KBYTES

I0.00 KBYTES

0.00_ IN 0. OOHRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

4.00 KIPC

1. OO/MN

9. O0 KBYTES

1. O0 KBYTES

10. O0 KBYTES

O. 00_ IN 0. OOHRS

0. O0 KBYTES

0

G-94
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.4.5 NAME: TARGET COLLISION AVOIDANCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 0.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: RATE : O. O0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PHTSICAL LOCATION CODE:

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUI_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY : PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

I0C GROWTH

1.00 KIPC 1.50 KIPO

I .00/HR I .00/HR

S. 00 KBYTES 7.00 KBYTES

I. 00 KBYTES 2.00 KBYTES

I0.00 KBYTES i0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-95
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.1.4.6 NAME:

SSDS FUNCTIONAL DATA SHEET

COMMAND INTERFACE PROCESSING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

LOCATION:

0o00 E -6

0.00 asec

RATE:

PHYSICAL LOCATION CODE:

REQUIRED: N NUMBER: 0 INTERVAL:

IOC

10.00 KIPC

1. O0/HR

15. O0 KBTTES

2. O0 KBYTES

30. O0 KBYTES

1.00_ IN 0.25HRS

O. O0 KBYTES

S

0.00

0.00 SEC

GROWTH

12.00 KIPC

1.00/HR

18.00 KBYTES

3.00 KBYTES

30.00 KBYTES

1.00_ IN O. 25HRS

0.00 KBYTES

5

G-96
20-JUL-1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4. i. 5. i NAME : LONG RANGE OBJECT TRACKING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 nsec

RATE: 0. O0

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

HEPETITIONRATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

NUMBER: 0 INTERVAL :

IOC

5.00 KIPC

1.00/S

40.00 KBYTES

5.00 KBTTES

80.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

0.00 SEC

GROWTH

6.00 KIPC

1.00/S

50.00 KBYTES

6.00 KBYTES

80.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-97
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.5.2 NAME: PROXIMITY TRACKING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREME_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

LO_ATION:

0.00 E -6

0.00 =sec

RATE:

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL :

IOC

5.00 KIPC

1.00/S

40. O0 KBYTES

5. O0 KBYTES

80. O0 KBYTES

O. 00_ IN O. O0_RS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

6.00 KIPC

1.00/S

50.00 KBYTES

7.00 KBYTES

80.00 KBYTES

0 .00_ IN 0.00HRS

0.00 KBYTES

0

G-98
20-dUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.1.5.3 NAME: OBJECT CATALOGUE MAINTENANCE

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

@ OF DISPLAYS:

LOCATION:

0.00 E -6

0.00 asec

RATE: 0.00

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL : 0.00 SEC

IOC GROWTH

2.00 KIPC 3.00 KIPC

I. 00/EN i. 00/EN

25 .00 KBYTES 30.00 KBYTES

I0.00 .KBYTES 12.00 KBYTES

70 . O0 KBYTES 70. O0 KBYTES

10 . 00_ IN 1 . O0_fl_S 10 . 00_ IN 1 . OOHRS

0.00 KBYTES 0.00 KBYTES

0 0

G -99
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

4.1.5.4 NAME:

SSDS FUNCTIONAL DATA SHEET

TRACKING DATA CONDITIONING

RESPONSE TIME: I/0 DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 =sec

RATE: 0.00

REQUIREXEF_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

5.00 KIPC 6.00 KIPC

1.00/S 1.00/S

15.00 KBYTES 20.00 KBYTES

2.00 KBTTES 4.00 KBYTES

30.00 KBTTES 30.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-100
20-6UL-1985

FUNCTIONO:

DATASOURCES:

METHODOLOGY:

SSDSFUNCTIONALDATASHEET

4.1.5.5 NAME: DEVICE MANAGEMENT

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PENISHABILITT:

ARCHIVAL:

# OF DISPLATS:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

NUMBER: 0 INTERVAL:

IOC

5.00 KIPC

O. lO/S

20. O0 KBYTES

5.00 KBYTES

40. O0 KBYTES

1.00% IN 1. OOZES

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

6.00 KIPC

0.10/S

25.00 KBYTES

7.00 KBYTES

40.00 KBYTES

1.00% IN . 1.00ERS

0.00 KBYTES

0

G-101
20-jUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.1.5.6 NAME: COMMAND INTERFACE PROCESSING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

LOCATION:

0.00 E -6

PHYSICAL LOCATION CODE:

0.00 nsec

RATE: 0.00

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

I0C

4.00 KIPC

1.00/S

20.00 KBYTES

15.00 KBYTES

70.00 ][BYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

0.00 SEC

GROWTH

5.00 KIPC

1.00/S

25.00 KBYTES

18.00 KBYTES

70.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-102
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.1 NAME: TIME SOURCE MANAGEMENT

DATA SOURCES: SPACE SHUTTLE

METHODOLOGY: EXISTING DESIGN AND CODE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTP_L: LEVEL:A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART :

PERISHABILITY:

ARCHIVAL :

# OF DISPLAYS:

O.Ol mseo

LOCATION: GOI RATE:

0.00 E -6

IOC

0.20 KIPC

I .O0/S

0. SO KBYTES

O. 20 KBYTES

0.00 KBYTES

0.00_ IN 0. OOHRS

O. O0 KBTTES

I

0.00

0.00 SEC

GROWTH

O. 30 KIPC

1.001S

O. 70 KBYTES

O. 30 KBYTES

O. O0 KBYTES

0.00_ IN O. OOHRS

O. O0 KBYTES

2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.1PNAME: TIME SOURCE MANAGEMENT

DATA SOURCES: SPACE SHUTTLE

METHODOLOGY: EXISTING DESIGN AND CODE

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQuI_s:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.01 msec

LOCATION: GOI RATE:

0.00 E -6

0.00

0.00 SEC

IOC GROWTH

0.20 KIPC 0.30 KIPC

I .O0/S I .O0/S

O. 50 KBYTES O. 70 KBYTES

O. 20 KBYTES O. 30 KBYTES

O. O0 KBYTES O. O0 KBYTES

O. 00_ IN O. OOHRS O. 00_ IN O. OOHRS

O. O0 KBYTES O. O0 KBYTES

0 0

G-103
20-JUL-1985 SSDS FUNCTIONAL DATA sHEET

FUNCTION NO: 4.1.6.2 NAME: TIME UPDATE

DATA SOURCES: SPACE SHUTTLE

METHODOLOGY: EXISTING DESIGN/CODE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

I0000.00 msec

LOCATION: G HATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

0.50 KIPC

0.00IDA

2.00 KBYTES

0.50 KBYTES

0.00 KBTTES

0.00_ IN 0.00HRS

O. O0 KBYTES

I

0.00

0.00 SEC

GROWTH

0.70 KIPC

O.O0/S

3. O0 KBYTES

i. O0 KBYTES

O. O0 ][BYTES

0.00% IN O.OOHES

O. O0 KBYTES

i

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.2PNAME: TIME UPDATE

DATA SOURCES: SPACE SHUTTLE

METHODOLOGY: EXISTING DESIGN/CODE

RESPONSE TIME: i/o DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

i0000.00 nsec

LOCATION: G HATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHTSICAL IX)CATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREItEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT:

DATA "STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

O. O0

0.00 SEC

IOC GROWTH

0.50 KIPC .. 0.70 KIPC

O.O0/DA O.O0/S

2. O0 ][BYTES 3. O0 KBYTES

O. 50 KBYTES i .O0 KBYTES

O. O0 EBOniES O. 00. _ES

O. 00% IN O. OOERS 0.00% IN O. OOHRS

O. O0 EBYTES O. O0 KBYTES

0 0

G-104
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4. i .6. _ NAME: FREQUENCY SOURCE MANAGEMENT

DATA SOURCES :

METHODOLOGY: ESTIMATE I/2 OF 4.1.6.1 LESS COMPLEX LOGIC _ OPTIONS,

BUT MANY INDIVIDUAL

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER:

HEQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

I000.00 asec

LOCATION: G,O RATE:

0.00 E -6

0 INTERVAL:

I0C

0.50 KIPC

I .00/S

I. 00 KBTTES

0.30 KBTTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

I

0.00

0.00 SEC

GROWTH

0.70 KIPC

I. 00/S

2.00 KBYTES

0. S0 KBYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

i

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.3PNAME: FREQUENCY SOURCE MANAGEMENT

DATA SOURCES:

METHODOLOGY: ESTIMATE i/2 OF 4.1.6.1 LESS COMPLEX LOGIC 8 OPTIONS.

BUT MANY INDIVIDUAL

RESPONSE TIME: I/O DELAY ALLOWABLE: i000.00 msec

COMMAND/CONTROL: LEVEL: A.I LOCATION: G,O RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

10C

0.50 KIPC

I .00/S

I. 00 KBYTES

0.30 KBYTES

O. O0 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G-105

0'. 00

0.00 SEC

GROWTH

0.70 KIPC

1.00/S

2.00 KBYTES

0.50 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4. i .6.4 NAME: DEVICE MANAGEMENT

DATA SOURCES: SPACE SHUTTLE (SENSE _ REPORT STATUS)

METHODOLOGY: ESTIMATE CYCLIC STATUS AS COMPARABLE TO SHUTTLE. ESTIMATE

REQUEST PROCESSING AND CONTROL OUTPUTS AS i/2 OF 4.1.6.1.

RESPONSE TIME: I/O DELAY ALLOWABLE: i0000.00 msec

COMMAND/CONTROL: LEVEL: A,I LOCATION: G,0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: lq NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MENORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GROWTH

0.20 KIPC 0.50 KIPC

I .00/S 1.00/S

0 o30 KBYTES 0.50 KBYTES

0 .I0 KBYTES 0.20 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

I I

20-JUL-I985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.4PNAME: DEVICE MANAGEMENT

DATA SOURCES: SPACE SHUTTLE (SENSE U REPORT STATUS)

METHODOLOGY: ESTIMATE CYCLIC STATUS AS COMPARABLE TO SHUTTLE. ESTIMATE

REQUEST PROCESSING AND CONTROL 0UTP._S AS I/2 OF 4.1.6.1.

RESPONSE TIME: I/O DELAY _WABLE: I0000.00 msec

COMMAND/CONTROL: LEVEL: A,I LOCATION: G,0 RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIRENEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.20 KIPC

I .00/S

0.30 KBYTES

0. I0 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

I

G-I06

0.00

0.00 SEC

GROWTH

0.30 KIPC

1.00/S

0.50 KBYTES

0.20 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

I
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.5 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: NONE

METHODOLOGY: ESTIMATE OF DESIGN TO EXTRACT FUNCTION CODE FROM COMMAND

AND ROUTE DATA TO SUBFUNCTION

RESPONSE TIME: I/O DELAY ALLOWABLE: i000.00 mse¢

CO_/CONTROL: LEVEL: A LOCATION : G, 0 HATE : 0.00

DATA QUALITY: MAXIMUM BIT ERROR HATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: E

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIP.EMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

IOC

0.05 KIPC

0.00/DA

0.20 KBYTES

0. i0 KBYTES

0.00 KBYTES

0.00_ 11 0.00HRS

0.00 maTTES

0

GROWTH

0.I0 KIPC

0.00/

0.40 KBYTES

0.20 KBYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.1.6.SPNAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: NONE

METHODOLOGY: ESTIMATE OF DESIGN TO EXTRACT FUNCTION CODE FROM COMMAND

AND ROUTE DATA TO SUBFUNCTION

RESPONSE TIME: I/0 DELAY ALLOWABLE: i000.00 mse¢

COMMAND/CONTROL: LEVEL: A LOCATION: G,O HATE:

DATA QUALITY: MAXIMUM BIT ERROR HATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SHAEILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.05 KIPC :

0.00/DA

0.20 KBYTES

0. i0 KBYTES

0.00 maTTES

O. O0

0.00 SEC

GROWTH

0. i0 KIPC

0.00/

0.40 KBYTES

0.20 KBYTES

0.00 KBYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-107
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.1 NAME: EVALUATE ARRAY PERFORMANCE

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

1.00 asec

LOCATION: 0 RATE:

1.00 E --6

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUI_:

DATA STORAGE: SECONDARY:

PERISHABILITY:

I_LC_ZVAL:

• OF DISPLAYS:

IOC

2.50 KIPC

1.00/8

5.00 KBYTE8

12.00 KBYTE8

12. O0 KBYTES

0.00_ IN O. OOBRS

12.00 KBYTES

2

100.00

i00000.00 SEC

GROWTH

i0.00 KIPC

l.O0/S

18.00 KBYTES

48.00 KBYTES

50.00 KBYTES

0.00_ IN O.OOHRS

48.00 KBYTES

2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.I.IPNAME: EVALUATE ARRAY PERFORMANCE

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE: 200.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 100.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: o I .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL: I00000.00 SEC

REQUIREMDCTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

o.50 KIPC

1.00/S

5. O0 KBYTES

4. O0 KBYTES

4. O0 KBYTES

0.00_ IN O. OOHRS

8. O0 KBYTES

"I

GROWTH

2.80 KIPC

l.O0/S

6.00 KBYTES

6. O0 KBYTES

6. O0 KBYTES

O. 00% IN O. OOHRS

12.00 KBYTES

i

G-108
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.2 NAME: CONFIGURE POWER DISTRIBUTION

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS, REQUIREMENTS EVALUATION, ADAPTATION OF

DATA IN TECHNICAL LITERATURE

RESPONSE TIME: IIO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 3 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISIKABILITT :

ARCHIVAL:

# OF DISPLAYS:

1.00 mse¢

LOCATION: 0 RATE:

1.00 E -6

100.00

60.00 SEC

10C GROWTH

28.00 KIPC 50.00 KIPC

i .001S I .00/S

50.00 KBYTES 80.00 KBYTES

i 50.00 KBYTES 300.00 KBYTES

400.00 KBTTES 600.00 KBYTES

0 . 00_ IN 0 . OOHRS O. 00_ IN O. OOHRS

150.00 KBTTES 300.00 KBYTES

2 2

20-JUL-1988 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.2PNAME: CONFIGURE POWER DISTRIBUTION

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS° REQUIREMENTS EVALUATION, ADAPTATION OF

DATA IN TECHNICAL LITERATURE

RESPONSE TIME: I/O DELAY _WABZ_:

COMMAND/CONTROL: LEVEL: A I00.00

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHP_NIZATIOM WITH: 0

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAgNOSTICS/SELF TEST: REQUIRED: T

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERI SHAB ILITY :

ARCHIVAL:

• OF DISPLAYS:

1.00 nsec

LOCATION: 0 RATE:

1.00 E -6

NUMBER: 3 INTERVAL: 60.00 SEC

I0C GROWTH

28.00 KIPC : 80.00 KIPC

1.00/S 1.00/S

I0.00 KBYTES 60.00 KBYTES

12.00 ][BYTES 24.00 KBYTES

40.00 KBYTES 60.00 KBYTES

0.00% IN 0.00HRS 0.00% IN O.00HRS

80.00 KBYTES 120.00 KBYTES

I I

G-109
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.3 NAME: POWER SOURCE MANAGEMENT

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS, REQUIREMENTS EVALUATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH: 0

1.00 msec

LOCATION: 0 HATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 3 INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I00.00

60.00 SEC

I0C GROWTH

19.00 KIPC 35.00 KIPC

1.001S I .00/S

30.00 KBYTES 60.00 KBYTES

I00.00 KBYTES 200.00 KBYTES

200.00 KBYTES 300.00 KBYTES

0 .00_ IN 0 .00HRS 0.00_ IN 0 .00HRS

I00.00 KBYTES 200.00 KBTTES

2 2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.3PNAME: POWER SOURCE MANAGEMENT

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS, REQUIREMENTS EVALUATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERP_RHATE:

SYNCHRONIZATION WITH: 0

SYSTEM DEPENDENCY CODE: I PHYSICAL _TIOM CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 3 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

1.00 msec

LOCATION: O RATE:

1.00 E -6

IOC

19.00 KIPC

i .00/S

I0.00 KBYTES

I0.00 KBYTES

20.00 KBYTES

0.00_ IN 0.00HRS

40.00 KBYTES

i

I00.00

60.00 SEC

GROWTH

35.00 KIPC

1.00/S

20.00 KBYTES

20.00 KBYTES

40.00 KBYTES

0.00_ IN 0.00HRS

80.00 KBYTES

I

G-110
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.2.1.4 NAME : ARRAY DEPLOYMENT

DATA SOURCES :

METHODOLOGY : ENGINEERING ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 Isec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: I00.00

DATA QUALITY: MAXIMUM BIT ERROR HATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHTSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 2 INTERVAL: 100000.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE : SECONDANT:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

ioc GEowTH

O.SO KIPC 2.00 KIPC

I. O01S i. 00/S

I. O0 KBYTES 4. O0 KBYTES

2. O0 KBYTES 8. O0 KBYTES

4. O0 KBYTES 4. O0 ][BYTES

O. 00_ IN O. OOHRS O. 00% IN 0. OOHRS

8. O0 KBYTES 8. O0 KBYTES

1 1

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FuNcTION NO: 4.2.1.4PNAME: ARRAY DEPLOYMENT

DATA SOURCES:

METHODOLOGY: ENGINEERING ANALTSIS

RESPONSE TIME: IlO DELAY ALLOWABLE: 1000.00 mse¢

COMMAND/CONTROL: LEVEL: A LOCATION: 0 HATE: 100.00

DATA QUALITY: MAXIMUM BIT ERROR HATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL:

REQUIREMF_GTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

O. 50 KIPC

I .O0/S

I. O0 KBYTES

2. O0 KBYTES

2. O0 ][BYTES

0.00% IN O.OOHRS

4. O0 KBYTES

I

I00000.00 SEC

GROWTH

2. O0 KIPC

I. O0/S

4. O0 EBYTES

4. O0 KBYTES

4. O0 EBYTES

0.00% IN O. OOHRS

8. O0 KBYTES

I

G-111
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.5 NAME: FROJECT ENERGY AVAILABLE

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 mse¢

COMMAND/CONTROL: LEVEL: A LOCATIOn: O RATE: I00.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: 0 G

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 3 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

•DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

% OF DISPLAYS:

I000.00 SEC

IOC GROWTH

1.20 KIPO 1.20 KIPC

1.00/S 1.00/S

15.00 KBYTES 15.00. KBYTES

6. CO KBYTES 6. O0 KBYTES

12.00 KBYTES 12.00 KBYTES

90.00_ IN 24.00HRS 90.00_ IN 24.00HRS

0.00 KBYTES 0.00 KBYTES

I I

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.SPNAME: PROJECT ENERGY AVAILABLE

DATA SOURCES: RFP

METHODOLOGY: ENGINEERING ANALYSIS

RESPONSE TIME: I/0 DELAY ALLOWABLE: l.O0 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: i00.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

SYNCHRONIZATION WITH: 0 G

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 3 INTERVAL: I000.00 SEC

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA. REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

1.20 KIPC " 1.20 KIPC

i .00/S I .00/S

I0.00 KBTTES 15.00 KBYTES

2. O0 KBYTES 5.00 KBYTES

12.00 KBTTES 20.00 KBYTES

90.00% IN 24. OOHRS 90.00% IN 24. OOHRS

0.00 KBYTES 0.00 KBYTES

i I

G.112
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.6 NAME: DEVICE MANAGEMENT

DATA SOURCES: F 4.2.2.2

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

DIAGNOSTICS/SELF TEST:

I00.00 ssec

LOCATION: 0 RATE:

1.00 E -6

PHYSICAL LOCATION CODE: M

REQUIRED: Y NUMBER: 0 INTERVAL :

REQUIRENEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

IOC

25. O0 KIPC

1.00/S

50. O0 KBTTES

2. O0 KBYTES

10.00 KBTTES

0.00_ IN O. OOHRS

I0.00 KBYTES

2

0.01

1.00 SEC

GROWTH

50.00 KIPC

1.O0/S

100.00 KBYTES

4.00 KBYTES

25.00 KBYTES

0.00_ IN 0.00HRS

25.00 KBYTES

3

24-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.6PNAME: DEVICE MANAGEMENT

DATA SOURCES: F 4.2.2.2

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE: 100.00 Isec

COMMAND/CONTROL : LEVEL: A LOCATION: 0 RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

18.00 KIPC

I .00/S

25.00 KBYTES

I. 50 KBYTES

5. O0 KBYTES

0.00_ IN O.OOHRS

I0.00 KBYTES

0

G-113

io00 SEC

GROWTH

36.00 KIPC

1.00/S

50.00 KBYTES

3.00 KBYTES

12.00 KBYTES

0.00_ IN 0.00HRS

25.00 KBYTES

0
20-JUL-Ig85 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.7 NAME: COMMAND I/F PROCESSING

DATA SOURCES: F 5.1.2._

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I0000.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.50 KIPC

1.00IDA

15.00 KBTTES

5.00 KBTTES

25.00 KBYTES

0.00_ IN • 0.00HRS

0.00 KBTTES

3

0.00

0.00 SEC

GROWTH

0.50 KIPC

1.00/DAY

15.00 KBYTES

5.00 KBYTES

25.00 KBYTES

0.00_ IN 0. 001fl_S

0.00 EBYTES

3

24-JUL-I985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.1.7PNAME: COMMAND I/F PROCESSING

DATA SOURCES: F 5.1.2.3

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/0 DELAT ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

I0000.00 msec

LOCATION: 0 RATE:

1.00 E -6

PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

IOC

0.50 KIPC

I. 00/DA

7.00 KBYTES

3.00 KBYTES

15.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00

0.00 SEC

0.50 KIPC

I. 00 / DAY

7.00 KBYTES

3.00 KBYTES

15.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-114
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.1 NAME: MANAGE THERMAL LOAD

DATA SOURCES: RFP,MRWG J8400039,CR

METHODOLOGY: ENGINEERING ANALYSIS AND DESIGN

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH: G

2000.00 nsec

LOCATION: 0 HATE:

1.00 E-6

0

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 2 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.01

1.00 SEC

IOC GROWTH

I0.00 KIPC 15.00 KIPC

I °O0/S I .O0/S

I. O0 ][BYTES i. O0 KBYTES

1. O0 KBYTES 2.50 KBYTES

20. O0 KBYTES 50. O0 KBYTES

100.00_ IN 12.00HRSIO0.O0% IN I2.OOHRS

10. O0 ][BYTES 25. O0 KBYTES

20 30

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.1PNAME: MANAGE THERMAL LOAD

DATA SOURCES: RFP,MRWG J8400039,CR

METHODOLOGY: ENGINEERING ANALYSIS AND DESIGN

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH: G

2000.00 msec

LOCATION: 0 HATE:

1.00 E -6

0

SYSTEM DEPENDENCY CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

PHYSICAL LOCATION CODE: M

2 INTERVAL:

0.01

1.00 SEC

IOC GROWTH

4.00 KIPC . 6.00 KIPC

2. O0/MIN 2. O0/MIN

I. O0 KBYTES i .O0 KBYTES

3. O0 KBYTES 4.50 ][BYTES

10.00 ][BYTES 15.00 KBYTES

100.00% IN 12.00HRSlO0.00% IN 12.00HRS

I0.00 KBYTES 5.00 KBYTES

10 15

G-115
20-jUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.2 NAME: THERMAL DEVICE MANAGEMENT

DATA SOURCES: SEE SHEET

METHODOLOGY: ENGINEERING ANALYSIS AND DESIGN

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

2000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 2 INTERVAL:

.REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

@ OF DISPLATS:

IOC

5.00 KIPC

1.00/S

50. O0 KBYTES

2.00 KBYTES

10. O0 KBYTES

0.005 IN O.OOHRS

10. O0 KBYTES

10

0.01

1.00 SEC

GROWTH

7.00 KIPC

1.00/S

100.00 ][BYTES

4.00 KBYTES

25.00 KBYTES

0.00% IN 0.00ERS

25.00 KBYTES

15

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.2PNAME: THERMAL DEVICE MANAGEMENT

DATA SOURCES: SEE SHEET

METHODOLOGY: ENGINEERING ANALYSIS AND DESIGN

RESPONSE TIME: I/O DELAY ALLOWABLE:

CO)OtAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

2000.00 msec

LOCATION: 0 RATE:

1.00 E -6

0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 2 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

@ OF DISPLAYS:

0.01

1.00 SEC

10C GROWTH

2.50 KIP(: . 3.50 KIPC

i .00/S I .00/S

50.00 ][BYTES i00.00 EBYTES

2 • O0 KBYTES 4 . O0 KBYTES

I0.00 ][BYTES 25.00 KBYTES

100.00% IN 12.00ERSI00.00% IN 12.00HRS

10.00 KBYTES 25.00 KBYTES

3 4

G-116
=

20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.2 NAME: PRO6ECT THERMAL LOAD CAPACITY

DATA SOURCES: SEE SHEET

METHODOLOGY: ENGINEERING ANALYSIS AND DESIGN

RESPONSE TIME: I/O DELAY ALLOWABLE: 2000.00 ssec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

STHCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

1.00 SEC

I0C GROWTH

I0.00 KIPC i0.00 KIPC

2.00/MN 2.00/MN

I. 00 KBYTES I. 00 KBYTES

1.00 KBYTES 2.50 KBTTES

10.00 KBYTES 25.00 KBYTES

100.00_ IN 12.00HRSIO0.O0_ IN 12.00HRS

I0.00 KBYTES 25.00 KBYTES

2 2

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.2.2._PNANE: PROJECT THERMAL LOAD CAPACITY

SEE SHEET

ENGINEERING ANALYSIS AND DESIGN

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

2000.00 =sec

LOCATION: 0 RATE:

1.00 E -6

0

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SHABILITY :

ARCHIVAL:

• OF DISPLAYS:

0.01

1.00 SEC

IOC GROWTH

I0.00 KIPC I0.00 KIPC

2 .00/MN 2.00/MN

1 .00 KBYTES I .00 KBYTES

I. 00 KBYTES 2.50 KBYTES

10.00 KBYTES 25.00 KBYTES

100.00_ IN 12.00HRSIO0.O0_ IN 12.00HRS

I0.00 KBYTES 25 .00 KBYTES

2 2

G-117
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.4 NAME: _ COMMAND INTERFACE PROCESSING

DATA SOURCES: 5.1.2._

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

i0000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: E

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.50 KIPC

1.00/DA

15.00 KBYTES

5.00 KBYTES

25.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

3

0.00

0.00 SEC

GROWTH

0.50 KIPC

1.00/DA

15.00 KBYTES

5.00 KBYTES

25.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

3

24-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.2.4PNAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: 5.1.2.5

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

10000.00 _seo

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: II NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00

0.00 SEC

IOC GROWTH

0.50 KIPC 0.50 KIPC

i .00/DA I .00/DA

7.00 KBYTES I0.00 KBYTES

3.00 KBYTES 4.00 KBYTES

15.00 KBYTES 20.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-118
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.3.1 NAME: MECHANISM CONTROL/SAFETY

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING _ LOADING DATABASE

METHODOLOGY: REVIEWED SHUTTLE MECHANISM AND ESTIMATED EXTENSIVE

NEEDS FOR SPACE STATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY MAXIMUM BIT ERROR BATE:

SYNCHRONIZATION WITH: NONE

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEJTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART :

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

2000.00 msec

LOCATION: G,O MATE:

i_00 E -6

NUMBER: 0 INTERVAL:

IOC

1. O0 KIPC

1.00/S

7.00 KBYTES

5. O0 KBYTES

12. O0 KBYTES

O. 00_ IN O. OOHRS

0. O0 KBYTES

0

0.00

0.00 SEC

GROWTH

1.50 KIPC

1.00/S

14.00 KBYTES

I0.00 KBYTES

24.00 KBYTES

0 .00_ IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.3.1PNAME: MECHANISM CONTROL/SAFETY

DATA SOURCES: SHUTTLE 0NBOARD S/W SIZING _ LOADING DATABASE

METHODOLOGY: REVIEWED SHUTTLE MECHANISM AND ESTIMATED EXTENSIVE

NEEDS FOR SPACE STATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 2000.00 Rseo

COMMAND/CONTROL: LEVEL: k,I LOCATION: G,O RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: NONE

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

HEQUIREMEF_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCIII VAL:

• OF DISPLAYS:

I0C

0.40 KIPC

I. 00/S

2.80 KBYTES

2.00 KBYTES

5. O0 KBYTES

O. O0

0.00 SEC

GROWTH

0.60 KIPC

1.00/S

5.60 KBYTES

4.00 KBYTES

I0.00 EBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-119
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.2. _. 2 NAME : MRMS OPERATIONS

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING 8 LOADING DATABASE

METHODOLOGY: EXAMINED RMS DESIGN; ARM CONTROL LINE SHUTTLE,

PLATFORM CONTROL ESTIMATED FROM RMS _ OTHER CMD/RESP S/W

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I,A '

DATA QUALITY : MAXIMUM BIT ERROR RATE :

SYNCHRONIZATION WITH: 4.2.3.3

MOBILE

SYSTEM DEPENDENCY CODE: S

20.00 nse¢

LOCATION: 0 RATE:

1.00 E -6

PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 1 INTERVAL:

IOC

3.60 KIPC

12.50/8

21.00 KBYTES

10.00 KBYTES

51. O0 KBYTES

0 . 00_ IN 0 . OOHRS

0. O0 KBYTES

0

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMF._T:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

O. O0

10000.00 SEC

GROWTH

7.20 KIPC

12.50/

42. O0 KBYTES

20. O0 KBYTE5

62. O0 KBYTES

0.00_ IN O. OOHRS

O. O0 KBYTES

0

G-120
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.3 NAME: MANAGE DOCKING/BERTHING

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE

METHODOLOGY: PARTIAL DATA FROM ACTIVE DOCKING PROCESS PLUS CONTROL

ESTIMATES FOR EXTERNAL VEHICLE

RESPONSE TIME: I/O DELAY ALLOWABLE: 100.00 Rsec

COMMAND/CONTROL: LEVEL: A,I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: -

SYSTEM DEPENDENCY CODE: S PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL: I000000.00 SEC

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISBABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

2.00 KIPC

i .00/S

5.00 KBYTES

4.00 KBYTES

9.00 KBYTES

0.00% IN 0.OOHRS

0.00 KBYTES

0

GROWTH

6.00 KIPC

i .00/S

15.00 KBYTES

12.00 KBYTES

27.00 KBTTES

0.00% IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.3.3PNAME: MANAGE DOCKING/BERTHING

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE

METHODOLOGY: PARTIAL DATA FROM ACTIVE DOCKING PROCESS PLUS CONTROL

ESTIMATES FOR EXTERNAL VEHICLE

RESPONSE TIME: I/O DELAY ALLOWABLE: I00.00 asec

COMMAND/CONTROL: LEVEL: A,I LOCATION : 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: -

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: I INTERVAL: I000000.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.80 KIPC

i. 00/S

2.00 KBYTES

i. 60 KBYTES

3.60 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

GROWTH

1.60 KIPC

1.00/S

3.00 KBYTES

2.00 KBYTES

5.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G-121
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2._.4 NAME: DEVICE MANAGEMENT

DATA SOURCES: SHUTTLE 0NBOARD S/W SIZING _ LOADING DATA BASE

METHODOLOGY: REVIEWED SEVERAL SIMILAR SOP'S FROM SHUTTLE DESIGN

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I,A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

i00.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 20 INTERVAL:

HEQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00

3600.00 SEC

IOC GROWTH

0.50 KIPC 1.00 KIPC

1.001S I .00/S

I0.00 KBTTES 20.00 KBYTES

i0.00 KBYTES 20.00 KBYTES

20. O0 KBYTES 40. O0 KBYTES

0.00_ IN 0.00HRS 0.00% IN 0.00HRS

0 . O0 KBYTES 0 . O0 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.3.4PNAME: DEVICE MANAGEMENT

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING _ LOADING DATA BASE

METHODOLOGY: REVIEWED SEVERAL SIMILAR SOP'S FROM SHUTTLE DESIGN

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I,A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

I00.00 nsec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 20 INTERVAL:

REQUIREMEICTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

0.20 KIPC

I. 00/S

4.00 KBYTES

4.00 KBYTES

S. 00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-122

0.00

3600.00 SEC

GROWTH

0.40 KIPC

I .00/S

8.00 KBYTES

8.00 KBYTES

6.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2. _. 5 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING _ LOADING DATA BASE

METHODOLOGY: REVIEWED SIMILAR SHUTTLE DESIGN SUPPORT-DISPLAYS AND

KEYBOARD/TLM COMMAND IMPLEMENTATION

RESPONSE TIME: I/O DELAY ALLOWABLE: i00.00 msec

COMMAND/CONTROL: LEVEL: I LOCATION: 0 RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: 0

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

HEQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SHABILITT:

ARCHIVAL:

# OF DISPLAYS:

O. O0

0.00 SEC

IOC GROWTH

6.00 KIPC 15.00 KIPC

0.50/S 0.50/S

27. O0 KBYTES 74. O0 KBYTES

9. O0 KBTTES 25. O0 KBYTES

36. O0 KBYTES 99. O0 KBYTES

0 .005 IN O. OOHRS O. 005 IN O. OOHRS

0. O0 KBYTES O. O0 KBYTES

12 33

20-JUL-1985

FUNCTION NO:

SSDS FUNCTIONAL DATA SHEET

4.2.Z.SPNAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING U LOADING DATA BASE

METHODOLOGY: REVIEWED SIMILAR SHUTTLE DESIGN SUPPORT-DISPLAYS AND

KEYBOARD/TLM COMMAND IMPLEMENTATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 100.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: 0

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC GROWTH

2.00 KIPC 4.00 KIPC

O. 50/S O. 50/5

5 .O0 KBTTES 7. O0 KBYTES

2. O0 KBYTES 4. O0 KBYTES

4 .O0 KBYTES 8. O0 KBYTES

O. 005 IN O. OOHRS O. 005 IN O. OOHRS

O. O0 KBYTES O. O0 KBYTES

12 33

G_123
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.4.1 NAME: CONTROL ATMOS. PRESSURE _ COMPOSITION

DATA SOURCES: RFP

METHODOLOGY: RFP PLUS BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: i000.00 ssec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: II INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

1.00 KIPC

I. O0/EN

4. O0 KBYTES

5. O0 KBYTES

O. O0 KBYTES

0.00_ IN O. OOHRS

O. O0 KNTTES

II

29000.00 SEC

GROWTH

I. O0 KIPC

i. O0/MN

4. O0 KBYTES

5. O0 KBYTES

O. O0 KBYTES

0.00_ IN O.OOERS

0. O0 KBYTES

ii

G-124
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.4.2 NAME: CONTROL TEMP/HUMIDITY

DATA SOURCES: RFP

METHODOLOGY: RFP PLUS BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY AL__WABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

60000.00 nsec

RATE: 0.05

NUMBER: I I INTERVAL : 29000. O0 SEC

IOC GROWTH

l.OO KIPC 1.00 KIPC

I. O0/MN i. O01MN

4. O0 KBYTES 4. O0 KBYTES

5.00 ][BYTES 5. O0 KBYTES

O. O0 ][BYTES O. O0 KBYTES

O. 00% IN O. OOHRS O. 00% IN 0. OOHRS

O. O0 KBTTES O. O0 KBYTES

7 7

G.125
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.4.3 NAME : POTABLE WATER MANAGEMENT

DATA SOURCES : RFP

METHODOLOGY: RFP PLUS BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 60000.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.05

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDEMCT CODE: S PHYSICAL LOC_TION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

29000.00 SEC

I0C GROWTH

1.00 KIPC 1.00 KIPC

I. 00/MN I. 00/NN

4.00 KBYTES 4.00 KBYTES

5.00 KBYTES 5.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

10 10

G-126
20-JUL-Ig85 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.4.4 NAME: GREY WATER MANAGEMENT

DATA SOURCES: RFP

METHODOLOGY: RFP PLUS BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 10 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SHABILI .TY :

ARCHIVAL :

• OF DISPLAYS:

60000.00 mseo

RATE:

IOC

i. O0 KIPC

I. O0/MN

4. O0 KBYTES

5.00 KNTTES

0. O0 KBYTES

0.00_ IN O.OOHRS

0.00 KBTTES

10

0.05

29000.00 SEC

GROWTH

I .00 KIPC

I .O0/MN

4. O0 KBYTES

5. O0 KBYTES

O. O0 KBTTES

0.00_ IN O. OOHRS

O. O0 KBYTES

I0

G-127
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.2.4.5 NAME : FIRE DETECTION AND CONTROL

DATA SOURCES : RFP

METHODOLOGY: RFP PLUS BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: i000.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 15 INTERVAL:

HEQuZ_s:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

I0000.00 =seo

RATE:

IOC

1.00 KIPC

I. 00/MN

4.00 KBYTES

5+ 00 KBYTES

0.00 KNITES

0.00_ IN 0.00HRS

0 oO0 KBYTES

15

0.05

29000.00 SEC

GROWTH

i .00 KIPC

I .00/1411

4.00 KBYTES

•5.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 ][BYTES

15

G-128
20-,J'T,TL-1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.2.4.6 NAME : DEVICE MANAGEMENT

F 4.2.2.2

SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCT CODE: I

DIAGNOSTICS/SELF TEST : REQUIRED:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

1000.00 msec

LOCATION: 0 RATE:

1.00 E -6

PHYSICAL LOCATION CODE: M

Y NUMBER: 0 INTERVAL :

IOC

500.00 KIPC

2.001MN

50.00 KBYTES

2.00 KBYTES

10.00 KBYTES

O. 00_ IN O. OOHRS

10. O0 KBYTES

10

0.01

30.00 SEC

GROWTH

500.00 KZPC

2.00/MN

50.00 ][BYTES

4.00 KBYTES

25.00 ][BYTES

0.00_ IN 0.00HRS

25.00 KBYTES

15

G -129
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET _

FUNCTION NO: 4.2.4.7 NAME: COMMAND I/F PROCESSING - ECLSS

DATA SOURCES: F 5.1.2.3

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I0000.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.50 KIPC

1.00/DA

15.00 KBYTES

5.00 KBYTES

25.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

3

0.00

0.00 SEC

GROWTH

0.50 KIPC

1.00/DA

15.00 KBYTES

5.00 KBYTES

25.00 KBYTES

0.00_ IN 0. OOERS

0.00 KBYTES

5

G-130
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.2.5. i NAME: COMMUNICATION NETWORK CONTROL _.

DATA SOURCES: SS RFP, CRSS, SS REFERENCE CONFIGURATION

METHODOLOGY: REQUIREMENTS ASSESSMENT, COMMUNICATION SYSTEM DEVELOPMENT

EXPERIENCE, PEER CONSULTATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: AIM LOCATION: GIO RATE: 0.10

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0. I0 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M"

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

@ OF DISPLAYS:

I0C

I0.00 KIPC

10.00/ER

35.00 KBYTES

10.00 KBYTES

0.00 KBTTES

0.00_ IN 0.00HRS

0.00 KBTTES

2

0.00 SEC

GROWTH

15.00 KIPC

10.00/ER

50.00 KBYTES

15.00 KBTTES

0.00 ][BYTES

0 .00% IN 0 .00ERS

0.00 ][BYTES

2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.1PNAME: COMMUNICATION NETWORK CONTROL

DATA SOURCES: SS RFP, CRSS, SS REFERENCE CONFIGURATION

METHODOLOGY: REQUIREMENTS ASSESSMENT, COMMUNICATION SYSTEM DEVELOPMENT

EXPERIENCE, PEER CONSULTATION

RESPONSE TIME: I/0 DELAY ALLOWABLE: 1.00 ase¢

COMMAND/CONTROL: LEVEL: AIM LOCATION: GIO RATE: 0.i0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.10 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL: O.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

@ OF DISPLAYS:

IOC

I0.00 KIPC

I0.00/ER

20.00 KBYTES

I0.00 ENYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

I

GROWTH

15.00 KIPC

10.00/ER

30.00 KBYTES

15.00 KBYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

I

G-131
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.2 NAME: COMMUNICATION EQUIPMENT CONTROL

DATA SOURCES: SS RFP, REF CONFIG,

METHODOLOGY: REQUIREMENTS ANALYSIS, EXPANSION OF REQUIREMENTS BASED

ON TECH. LITERATURE 8 EXPERIENCE, PEER CONSULTATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: AIM LOCATION: 0,G RATE: 0.10

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.i0 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL: 0.00 SEC

HEQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

5.00 KIPC

5.00/S

15.00 KBYTES

15.00 KBYTES

256.00 KBYTES

0.00_ IN 0.00HRS

0.00 I_"TES

0

GROWTH

7.00 KIPC

5.00/S

25.00 KBYTES

20.00 KBYTES

256.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

20-u'UL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.2.5.2PNAME: COMMUNICATION EQUIPMENT CONTROL

SS RFP, REF CONFIG,

REQUIREMENTS ANALYSIS, EXPANSION OF REQUIREMENTS BASED

ON TECH. LITERATURE U EXPERIENCE, PEER CONSULTATION

RESPONSE TIME: IlO DELAY ALLOWABLE: 1.00 ssec

COMMAND/CONTROL: LEVEL: AIM LOCATION: O,G RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.I0 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

IOC

5.00 KIPC

5.00/S

10.00 KBYTES

10.00 KBYTES

64.00 KBYTES

0 . 00% IN 0. OOI_S

0.00 KBYTES

0

0.10

0. O0 SEC

GROWTH

7.00 KIPC

5.00/S

15.00 KBYTES

15.00 KBYTES

64.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

•- G-132
20-6UL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY : REQUIREMENTS ASSESSMENT,

PEER CONSULTATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SSDS FUNCTIONAL DATA SHEET

4.2.5.3 NAME: COMMUNICATION EQUIPMENT STATUS MONITORING

CRSS, SS RFP, SS REF CONFIG., TECHNICAL PUBLICATIONS

EXPERIENCE APPLICATION,

1000.00 nseo

LOCATION: 0 RATE:

10.00 E -6

SYSTEM DEPENDENCY CODE_ G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

2.00 KIPC

I. 00/S

50.00 KBTTES

15.00 KBYTES

512.00 E.BYTES

0.00

60.00 SEC

GROWTH

5.00 KIPC

1.00/S

70.00 ][BYTES

25.00 KBYTES

512.00 KBYTES

100.00% IN 2.00HRSI00.00% IN 2.00HRS

50000.00 EBYTES 50000.00 K3YTES

0 0

20-JUL-1985

FUNCTION NO:

DATA SOURCES: CRSS, SS RFP, SS REF CONFIG., TECHNICAL PUBLICATIONS

METHODOLOGY: REQUIREMENTS ASSESSMENT, EXPERIENCE APPLICATION,

PEER CONSULTATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 mseo

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 10.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

SSDS FUNCTIONAL DATA SHEET

4.2.5.3PNAME: COMMUNICATION EQUIPMENT STATUS MONITORING

IOC

2.00 KIPC

1.00/S

25.00 KBYTES

15.00 ][BYTES

128.00 KBYTES

REQUIREMEIiTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00

60.00 SEC

GROWTH

3.00 KIPC

1.00/S

35.00 KBYTES

25.00 KBYTES

128.00 KBYTES

100.00% IN 2.00ERSI00.00% IN 2.00HRS

5000.00 KBYTES 5000.00 KBYTES

0 0

G-133
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.4 NAME : FAILURE DETECTION _ RECOVERY

DATA SOURCES :

METHODOLOGY: REQUIREMENTS ANALYSIS, EXPERIENCE APPLICATION,

PEER CONSULTATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0.00 nsec

LOCATION: O,G RATE:

1.00 E -6

0.10

0.00 SEC

10C GROWTH

I0.00 KIPC 20.00 KIPC

1.001S 1.00/S

50.00 KBTTES I00.00 KBYTES

64. O0 KBYTES 120. O0 KBYTES

812.00 KBYTES 512.00 KBYTES

100.00% IN 2.00ERSlO0.00% IN 2.00HRS

I0000.00 KBYTES i0000.00 KBYTES

4 4

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.2.5.4PNAME : FAILURE DETECTION iT RECOVERY

DATA SOURCES :

METHODOLOGY : REQUIREMENTS ANALYSIS, EXPERIENCE APPLICATION,

PEER CONSULTATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE : SECONDARY:

i0.00 nsec

LOCATION: O,G RATE:

1.00 E -6

IOC

I0.00 KIPC

i .00/S

25.00 KBYTES

64.00 KBYTES

128.00 KBYTES

0.10

0.00 SEC

PERISHABILITY:

ARCHIVAL:

4) OF DISPLAYS:

GROWTH

20.00 KIPC

1.00/S

50.00 KBYTES

64.00 KBYTES

128.00 KBYTES

100.00% IN 2.00HRSlO0.00% IN 2.00HRS

I0000.00 KBYTES I0000.00 KBYTES

4 4

G-134
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.2.5.5 NAME: COMMAND PROCESSING

CRSS,SS REF CONF,SS

REQUIREMENTS ASSESSMENT 8 EVALUATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED:

1.00 nsec

LOCATION: O RATE:

0.i0 E -6

PHTSICAL LOCATION CODE: H

T NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLATS:

IOC

i .00 KIPC

IO.001S

5.00 KBYTES

2. O0 KBTTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.10

10.00 SEC

GROWTH

1.50 KIPC

10.O01S

10.00 KBYTES

4.00 KBYTES

0.00 KBYTES

0.00% IN O.OOHRS

0. O0 EBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.SPNAME: COMMAND PROCESSING

DATA SOURCES: CRSS,SS REF CONF,SS

METHODOLOGY: REQUIREMENTS ASSESSMENT B EVALUATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED:

0.i0 E -6

PHYSICAL LOCATION CODE: H

Y NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

IOC

I .00 KIPC

10.00/S

5.00 KBYTES

2.00 KBYTES

O. 00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G-135

0.10

lO.O0 SEC

GROWTH

1.50 KIPC

10.00/S

5.00 KBYTES

2.00 KBYTES

0.00 KBYTES

0.00% IN 0.OOHRS

0.00 KBYTES

0
20-6UL-1985 SSDSFUNCTIONALDATASHEET

FUNCTIONO: 4.2.5.6 NAME: COMMUNICATION INTERFACECONTROL

DATASOURCES: SEESHEET

METHODOLOGY: REQUIREMENTS ASSESSMENT8 EVALUATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

1.00 msec

LOCATION: 0 RATE:

0.i0 E -6

SYSTEM DEPENDENCY CODE: PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.50 KIPC

10.00IS

5.00 KBYTES

2.00 KBYTES

0.00 KBTTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

0.i0

10.00 SEC

GROWTH

0.60 KIPC

10.00/S

6.00 KBYTES

3.00 KBYTES

0.00 KBYTES

0,00_ IN 0. OOHRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.6PNAME: COMMUNICATION INTERFACE CONTROL

DATA SOURCES: SEE SHEET

METHODOLOGY: REQUIREMENTS ASSESSMENT_ EVALUATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.10

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.I0 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: PBTSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y MUMBER: 0 INTERVAL: i0.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC GROWTH

0.50 KIPC ". 0.60 KIPC

l0.00/S I0.00/S

5.00 KBYTES 5.00 KBYTES

2.00 KBYTES 2.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0 .00 KBYTES 0.00 KBYTES

0 0

G.136
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.7 NAME: TELEMETRY CONTROL

DATA SOURCES: CRSS SS RFP, SS REF CONFIG, TECHNICAL LITERATURE

METHODOLOGY: REQUIREMENTS EVALUATION, EXPERIENCE APPLICATION,

PEER CONSULTATION

RESPONSE TIME: I/0 DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y

_zQux_:

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL :

IOC

0.00 KIPC

4.00/MS

5.00 KBYTES

5.00 KBYTES

20.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

10.00 SEC

0.00 KIPC

4.00/MS

i0.00 KBYTES

7.00 KBYTES

40.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

.20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.2.5.TPNAME: TELEMETRY CONTROL

DATA SOURCES: CRSS SS RFP, SS REF CONFIG, TECHNICAL LITERATURE

METHODOLOGY: REQUIREMENTS EVALUATION, EXPERIENCE APPLICATION,

PEER CONSULTATION

RESPONSE TIME: I/0 DELAY ALLOWABLE: 1.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.0O

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL: i0.00 SEC

REQUI_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.00 KIPC

4.00/MS

5.0O KBYTES

5.00 KBYTES

20.0O KBYTES

0.00_ IN 0.OOHRS

0.00. KBYTES

0

GROWTH

0.00 KIPC

4. C0/MS

5.00 KBYTES

5.00 KBYTES

20.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G_137
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.1.1 NAME: CREW PHYSIOLOGICAL MONITORING

DATA SOURCES: NASA-TMS8248. NASA-T

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

I000.00 msec

LOCATION: 0 RATE: I0000.00

0.00 E -6

0.00 SEC

IOC GROWTH

0.40 KIPC 0.40 KIPC

6.0011411 6.00/MN

5. O0 KBYTES 7. O0 KBYTES

2. O0 KBYTES 3. O0 KBYTES

20. O0 ][BYTES 25. O0 KBYTES

0.00_ IN O.OOHRS 0.00_ IN O.OOHRS

60.00 KBYTES I00.00 KBYTES

3 4

G-138
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.1.2 NAME: MEDICAL DIAGNOSTICS SUPPORT

DATA SOURCES: NASA-TM58248, NASA-TM 58255

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUI, REMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

I0000.00 nsec

LOCATION: 0 RATE:

0.00 E -6

I0C

I. 00 KIPC

6.001ER

I0.00 KBYTES

5.00 KBYTES

20.00 KBYTES

0.00_ IN 0.00HRS

40.00 KBYTES

2

400.00

0.00 SEC

GROWTH

1.50 KIPC

6.00/ER

15.00 ESYTES

7.00 KBYTES

30.00 KBYTES

0.00_ IN 0.00HRS

60.00 KBYTES

2

G-139
20-JUL- 198S

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.3. i. 3 NAME : TREATMENT SUPPORT

NASA-TM 58248. NASA-TM S8255

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

I0000.00 msec

LOCATION: 0 RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMERT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

1.00 KIPC

1.00/ME

5.00 KBTTES

3.00 KBYTES

15.00 KBTTES

0.00_ IN 0. 001n_S

40.00 KZYTES

100.00

0.00 SEC

GROWTH

i. 50 KIPC

I. 001ME

7.00 KBYTES

5.00 KBYTES

22.00 KBYTES

O. 00_ IN 0.00HRS

60. O0 KBYTES

4

G-140
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.Z.I.4 NAME: NUTRITION ANALYSIS

DATA SOURCES : NASA-TM58248/58255

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

10000.00 nse¢

LOCATION: 0 RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

IOC

2.00 KIPC

10. O0/DAY

6. O0 KBYTES

6. O0 KBYTES

i5.00 XSYTES

0.00_ IN O. OOm_S

20.00 KBYTES

3

20.00

0.00 SEC

GROWTH

3.00 KIPC

15.00/DAY

8.00 KBYTES

8.00 KBYTES

20.00 KBYTES

0.00_ IN O.OOHRS

30.00 KBYTES

S

G-141
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4._.i.5 NAME: EXERCISE PLANNER

DATA SOURCES: NASA-TM58248, NASA-TM58255

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: I0000.00 nseo

COMMAND/CONTROL: LEVEL: I LOCATION: O RATE: I0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PRYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

3. O0 KIPC

10. O0/DAY

10.00 KBYTES

S. O0 KBYTES

20. O0 KBYTES

0.00_ IN 0. OOHRS

30. O0 KBYTES

S

GROWTH

4.00 KIPC

IO.O0/DAY

15.00 KBYTES

7.00 KBYTES

25.00 KBYTES

0.005 IN O.OOHRS

37.00 KBYTES

3

G-142
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.1.6 NAME: PHYSIOLOGICAL DATA TRANSFORMATION _ ANALYSIS

DATA SOURCES: NASA-TM 58248, NASA-TM58255

METHODOLOGY:

RESPONSE TIME: IlO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

I0.00 nse¢

LOCATION: 0 RATE:

0.00 E -6

IOC

5. O0 KIPC

5. O0/DAY

20. O0 KBYTES

5. O0 ][BYTES

30. O0 KBYTES

0.00_ IN 0. OOHRS

30. O0 KBYTES

3

400.00

0.00 SEC

GROWTH

7.00 KIPC

5.00/DAY

25.00 ][BYTES

7.00 KBYTES

35.00 KBYTES

0.00_ IN 0.00HRS

35.00 KBYTES

3

G-143
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.1.7 NAME: COMMAND I/F PROCESSING - COMM

DATA SOURCES: F 5.1.3.2

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I0000.00 asec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHTSIC_L LOCATION CODE: E

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

0.05 KIPC

I0.00/DA

0.20 KBYTES

0.I0 KBYTES

1.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

3

0.00

0.00 SEC

GROWTH

0.I0 KIPC

20.00/DA

0.40 KBYTES

0.20 KBYTES

2.00 KBYTES

0.00_ IN 0.00HRS

0.00 rRyTES

3

G-144
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.2.1 NAME: CAUTIONS AND WARNINGS

DATA SOURCES : RFP,CRSS

METHODOLOGY: MISSION OPERATIONAL 8 SUBSYSTEM

REQUIREMENTS ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: i .00 E -6

SYNCHRONIZATION WITH: - 0

SYSTEM DEPENDEMCT CODE: I PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

8.00

NUMBER: i INTERVAL: 25000.00 SEC

IOC

0.10 KIPC

1.00/DA

2.0O KBYTES

0.50 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTE5

I

GROWTH

0.I0 KIPC

0.I01

4.00 KBYTES

1.00 KEITES

0.00 KBYTES

0 .00_ IN 0 .00HRS

0.00 KBYTES

I

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4._.2.1PNAME: CAUTIONS AND WARNINGS

DATA SOURCES: RFP,CRSS

METHODOLOGY: MISSION OPERATIONAL _ SUBSYSTEM

REQUIREMENTS ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A ' LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: - 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: T

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS.:

100.00 nsec

RATE: 8.00

NUMBER: I INTERVAL: 25000.00 SEC

G-145

IOC

0. I0 KIPO

I. 001DA

2.00 KBYTES

0.50 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

I

GROWTH

0.I0 KIPC

1.00/DA

3.00 KBYTES

1.00 KBYTES

0.00 KBYTES

0.00'I, IN 0.00HRS

0.00 KBYTES

I
20-JUL- 1985

FUNCTION NO :

DATA SOURCES : RFP,CRSS

METHODOLOGY: MISSION, OPERATIONS, SUBSYSTEMS,AND

CREW INTERFACE ANALYSIS

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

SYNCHRONIZATION WITH: - 0

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 4 INTERVAL:

SSDS FUNCTIONAL DATA SHEET

4.3.2.2 NAME : ABNORMAL AND EMERGENCY PROCEDURES

200.00 sse¢

RATE:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMERT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

10C

0.30 KIPO

I. 001DA

4.00 KBYTES

1.00 KBYTES

0.00 KBYTES

0.00_ Ill 0.00HRS

0.00 KBTTES

1000

16.00

25000.00 SEC

GROWTH

0.60 KIPC

0.10/DA

8.00 ][BYTES

2.00 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 ][BYTES

2000

20-JUL-1985

FUNCTION NO:

DATA SOURCES: RFP,CRSS

METHODOLOGY: MISSION, OPERATIONS, SUBSYSTEMS,AND

CREW INTERFACE ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: - 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 4 INTERVAL:

REQUIREMEIlTS: IOC

DATA PROCESSING INSTRUCTIONS PER CYCLE: 0.30 KIPC

REPETITION RATE: 1.O0/DA

PROCESSOR MEMORY: PROGRAM SIZE: 4.00 KBYTES

DATA REQUIREMENT: 1.00 ][BYTES

DATA STORAGE: SECONDARY: 0.00 KBYTES

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

SSDS FUNCTIONAL DATA SHEET

4.3.2.2PNAME: ABNORMAL AND EMERGENCY PROCEDURES

200.00 nsec

RATE: 16.00

25000.00 SEC

GROWTH

0.60 KIPC

0.10/DA

8.00 KBYTES

2.00 ][BYTES

0.00 KBYTES

0.00% IN 0.00ERS 0.00%- IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

10 20

G-146
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.3.2.3 NAME: AUTOMATIC CONTROL PROCESSING

DATA SOURCES : RFP

METHODOLOGY: SUBSYSTEM, SAFETY, AND CREW INTERFACE

ANALYS IS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: i .00 E -6

SYNCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: II INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

50.00 nsec

RATE: 800.00

10000.00 SEC

10C GROWTH

0.20 KIPC 0.40 KIPC

0.10/DA 0.10/DA

20.00 KBYTES 40.00 KBYTES

5.00 KBYTES 15.00 KBYTES

200.00 KBYTES 400 .00 ][BYTES

0.00_ IN 0. 001fl_S 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.2.3PNAME: AUTOMATIC CONTROL PROCESSING

DATA SOURCES: RFP

METHODOLOGY : SUBSYSTEM, SAFETY, AND CREW INTERFACE

ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: T

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: II INTERVAL:

REQUIREMENTS: IOC

DATA PROCESSING INSTRUCTIONS PER CYCLE: 0.20 KIPC

REPETITION RATE: 0.10/DA

PROCESSOR MEMORY: PROGRAM SIZE: 5.00 KBYTES

DATA REQUIREMENT: 2.00 ][BYTES

DATA STORAGE: SECONDARY: 100.00 KBYTES

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

50_00 msec

RATE: 800.00

10000.00 SEC

GROWTH

0.40 KIPC

0.10/DA

I0.00 KBYTES

8.00 KBYTES

200.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0_00HRS

0.00 ][BYTES 0. O0 KBYTES

0 0

G-147
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.2.4 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES : RFP,CRSS

METHODOLOGY: SUBSYSTEM, SAFETY, AND CREW INTERFACE

ANALYS IS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: M LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: - 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

200.00 ssec

RATE:

IOC

O. 20 KIPC

i. O0/DA

4. O0 KBYTES

0. O0 KBYTES

0. O0 KBTTES

O. 00_ IN 0. OOHRS

0. O0 KBYTES

0

80.00

0.00 SEC

GROWTH

O o20 KIPC

O. IOIDA

4. O0 KBYTES

,0.O0 KBYTES

O. O0 KBYTES

0.00_ IN O. OOERS

O. O0 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.2.4PNAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: RFP,CRSS

METHODOLOGY: SUBSYSTEM, SAFETY; AND CREW INTERFACE

ANALYSIS

RESPONSE TIME: i/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: M LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH: - 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

200.00 asec

RATE:

IOC

0.20 KIPC

I. O0/DA

4. O0 KBYTES

O. O0 KBTTES

O. O0 KBYTES

0 .00_ IN O. OOHRS

O. O0 KBYTES

0

80. O0

0.00 SEC

GROWTH

0.20 KIPC

O. IO/DA

4. O0 KBYTES

0. O0 KBYTES

O. O0 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

G-148
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.3.3. I NAME : RECREATION SERVICES

DATA SOURCES : RFP

METHODOLOGY: CREW CHOICE ANALYSIS.

CHEW SCHEDULE ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: M LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: I0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLATS:

2000.00 nsec

RATE: O. O0 "

0.00 SEC

I0C GROWTH

0. i0 KIPC 0.20 KIPC

IO.00/DA 10.00/DA

4.00 KBYTES 8.00 KBYTES

4. O0 KBYTES 8. O0 KBYTES

20 •00 KBTTES 40 .00 ][BYTES

O. 00_ IN 0.00HRS 0.00_ IN 0.00HRS

100.00 KBYTES 200.00 KBYTES

5 5

G-149
20-dUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.3.3.2 NAME : CREW/GROUND COMMUNICATION

RFP

CREW TASK ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: M

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION MATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

2000.00 =sec

LOCATION: 0 RATE:

10.00 E -6

IOC

O° 10 KIPC

6. O0/DA

0.40 KBYTES

0.40 KBYTES

0.00 KBYTES

0.00_ IN 0. OOHRS

0.00 KBYTES

5

0. O0

0.00 SEC

GROWTH

0.20 KIPC

6.00/DA

i. 00 KBYTES

0.80 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

O. O0 KBYTES

5

G-150
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.2.3 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: F 5.1._.2

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: IIO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PRTSICAL LOCATION CODE: E

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PENI SHABILITT:

ARCHIVAL:

OF DISPLAYS:

10000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

NUMBER: 0 INTERVAL:

I0C

0.05 KIPC

10.00/HR

0.20 KBYTES

0.I0 KBYTES

1.00 KBYTES

0.00_ IN 0.0OHRS

0.00 KBYTES

I

0.00

0.00 SEC

GROWTH

0.05 KIPC

20.00/HR

0.40 ][BYTES

0.20 KBYTES

2.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

2

G-151
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.3.4. i NAME : EMU CONTAMINATION CONTROL

DATA SOURCES : RFP

METHODOLOGY: RFP REQUIREMENTS; SSDS INTERFACES BY COMMON

SENSE

RESPONSE TIME: I/O DELAY ALLOWABLE: 20000.00 xse¢

COMMAND/CONTROL: LEVEL: I LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: If

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: S INTERVAL:

REQUIREMEF_S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I_ATE : 0.05

29000.00 SEC

10C GROWTH

1.00 KIPC 1.00 KIPC

I0 .001DA 20 .00/DA

I. 00 KBYTES I. 00 KBYTES

0.50 KBYTES 0.50 KBYTES

2.00 KBYTES 2.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

I0.00 KBYTES i0.00 KBYTES

2 2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.4.10NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: F 5.1.2.3

METHODOLOGY: SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE: 10O00.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: I .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREM_:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

IOC

0.50 KIPO

6.00/ER

15.00 KBYTES

5.00 KBYTES

25.00 KBYTES

0.005 IN 0.00HRS

0.00 KBYTES

3

0.00 SEC

GROWTH

0.50 KIPC

6.00/HR

20.00 KBYTES

7.00 KBYTES

25.00 KBYTES

0.00% IN 0.00HRS

0. O0 KBYTES

G-152
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.4.2 NAME: EMU MONITOR AND MAINTENANCE

DATA SOURCES: RFP

METHODOLOGY: RFP REQUIREMENTS

RESPONSE TIME: I/O DELAY ALLOWABLE: 60000.00 mse¢

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCT CODE: I PHTSICAL LOCATION CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 6 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

29000.00 SEC

IOC GROWTH

0.I0 KIPC 0.i0 KIPC

I. 40/DA 2.90/DA

50 .O0 KBTTES 60 .O0 KBYTES

2 .O0 KBYTES 4 .O0 KBYTES

20.00 KBYTES 20.00 KBYTES

0 •00_ IN 0 .OOH_S 0 .00_ IN 0 .OOHRS

0 .O0 KBTTES 0 .O0 KBYTES

I I

G-153
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.4.3 NAME: MMU MONITOR AND MAINTENANCE

DATA SOURCES :

METHODOLOGY : RFP REQUIREMENTS

RESPONSE TIME: I/O DELAY ALLOWABLE: 60000.00 mseo

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH: 0

SYSTEM DEPENDENCY CODE: I PBTSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T RUMBER: 6 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INsTRucTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

.DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

Oo I0 KIPC

I. 40/DA

20. O0 KBTTES

1.00 KBYTES

I0.00 KBYTES

O. 00_ IN 0. OOHRS

O. O0 KBYTES

I

29000.00 SEC

GROWTH

O. I0 KIPC

2.90/DA

30. O0 KBYTES

a. O0 KBYTES

I0. O0 KBTTES

0.00% IN 0. OOHRS

O. O0 KBYTES

i

G-154
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.3.4.4 NAME : SAFETY INTERLOCK MONITOR _ CONTROL

DATA SOURCES : RFP

METHODOLOGY: RFP REQUIREMENTS; SSDS INTERFACES BY COMMON SENSE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: 0

I00.00 nseo

LOCATION: 0 RATE:

i0.00 E -6

0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 3 INTERVAL:

REQUIREMD_'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C

1.00 KIPC

1.00/ER

1.00 KBYTES

0.50 KBYTES

0.50 KBTTES

0.00_ IN 0.00HRS

0.00 KBYTES

1

0.00

86400.00 SEC

GROWTH

1.00 KIPC

2.00/ER

2.00 KBYTES

1.00 KBYTES

0.50 KBTTES

0.00_ Ilt 0.00HRS

0.00 KBYTES

I

G-155
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.4.5 NAME: EVA REAL TIME MONITOR _ CONTROL

DATA SOURCES : RFP

METHODOLOGY: RFP REQUIREMENTS; SSDS INTERFACES BY COMMON SENSE

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR MATE: i000.00 E -6

SYNCHRONIZATION WITH: 4.3.4.2 4.3.4.3

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 5 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CTCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

1000. O0 -see

RATE : 0.00

29000.00 SEC

IOC GROWTH

0.01 KIPC 0.01 KIPC

i .O0/MN I .O0/ME

2. O0 KBTTES 4 .O0 KBYTES

I. O0 KBYTES 2. O0 KBYTES

1.00 KBTTES 1.00 KBYTES

O. 00_ IN 0 . OOHRS O. 00% IN 0 . OOHRS

0 . O0 KNTTES 0 . O0 KBYTES

1 1

G-156
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.4.6 NAME: EVA VISUAL INFORMATION

DATA SOURCES: RFP

METHODOLOGY: RFP REQUIREMENTS; PROCEDURES FROM FUNCTION 4.3.5

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM SIT ERROR RATE:

SYNCHRONIZATION WITH: 0

30000.00 =seo

LOCATION: 0 RATE:

i00.00 E -6

0

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 1 INTERVAL:

REQUIREMEFI'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I00.00

86400.00 SEC

I0C GROWTH

10.00 KIPC 10.00 KIPC

10.00IS 10.00/S

50.00 KBYTES 75.00 KBYTES

10.00 KBTTES 15.00 KBYTES

10.00 KBTTES 10.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00MRS

60.00 KBTTES 60.00 KBYTES

2 2

G-157
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.4.7 NAME: AIRLOCK ATM. PRESS. _ COMP. CO

DATA SOURCES : RFP

METHODOLOGY : RFP REQUIREMENTS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1000.00 E -6

SYNCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCY CODE: i PHYSICAL LOCATION CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: T

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMERT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

1000.00 nse¢

RATE: 0.01

NUMBER: 5 INTERVAL: 29000.00 SEC

IOC GROWTH

0.01 KIPC 0.01 KIPC

3.00/MN 3.00/MN

2.00 KBYTES 2.00 KBYTES

0.50 KBYTES 0.50 KBTTES

0 . 50 KBYTES 0 . 50 KBYTES

0.00_ IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0.00 KBTTES

I i

G-158
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.4.8 NAME: AIRLOCK TEMP 8 HUM. CONTROL

DATA SOURCES: RFP

METHODOLOGY: RFP REQUIREMENTS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A LOCATION: 0

DATA QUALITY: MAXIMUM BIT ERROR RATE: I000.00 E -6

SYNCHRONIZATION WITH: 0 0

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: • NUMBER: 3 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL:

@ OF DISPLAYS:

I000.00 asec

RATE:

I0C

0.01 KIPC

3.00/MN

1.00 KBTTES

o. sO KB_TES

0.50 KNTTES

0.00_ IN 0.0OHRS

0.00 KBYTES

I

0.01

29000.00 SEC

GROWTH

0.01 KIPO

3.00/MN

i. 00 KBYTES

0.50 EBYTES

0.50 KBYTES

0.00_ IN 0.00ERS

0. O0 KBYTES

I

G-159
20-dUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.3.4.9 NAME : DEVICE MANAGEMENT

4.2.2.2

SIMILARITY ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

DIAGNOSTICS/SELF TEST: REQUIRED:

i000.00 nseo

LOCATION: 0 RATE:

1.00 E -6

PHYSICAL LOCATION CODE: T

T NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITIONRATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISFLAYS:

I0C

50.00 KIPC

30.001MN

15.00 KBYTES

1.00 KBYTES

2.00 KBYTES

0.005 IN 0.00HRS

2. O0 KBYTES

5

0.01

30.00 SEC

GROWTH

75.00 KIPC

30.O0/MN

20.00 KBYTES

2.00 KBYTES

2.00 KBYTES

0.005 IN O. OOHRS

2.00 KBYTES

5

G-160
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.5.1 NAME: MAINTENANCE AND REPAIR PROCEDURES

DATA SOURCES: RFP

METHODOLOGY: SUBSYSTEM. CREW TASK, AND OPERATIONAL ANALYSIS

RESPONSE TIME: I/O DELAY ALLOWABLE: I00.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: 0 RATE: 800.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PRTSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 2 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

I0C

0.20 KIPC

I .001DA

1.00 KBYTES

1.00 KBYTES

I000.00 KBYTES

0. 005 IM 0.00HRS

0.00 KBYTES

500

2880.00 SEC

GROWTH

0..40 KIPC

0.10/DA

2.00 KBYTES

2.00 KBYTES

2000.00 KBYTES

0.005 IN 0.00HRS

0. O0 KBYTES

750

G-161
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.3.5.2 NAME: OPERATIONS PROCEDURES

DATA SOURCES: RFP, CRSS

METHODOLOGY: CREW TASK 8 INTERFACE ANALYSIS

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH: -

100.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 2 INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PER-I SHABILITY :

ARCHIVAL:

OF DISPLAYS:

IOC

0.20 KIPC

S.00/HR

1.00 KBYTES

4.00 KBYTES

2000.00 KBTTES

0.00_ IN 0.00HRS

0.00 KBYTES

1000

400.00

288.00 SEC

GROWTH

0.40 KIPC

5.00/ER

2.00 KBYTES

2.00 KBYTES

4000.00 ][BITES

0.00% IN 0.00ERS

0.00 KBYTES

1500

G-162
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

SSDS FUNCTIONAL DATA SHEET

4.3.5.3 NAME: GENERAL DATA PROCESSING SUPPORT

RESPONSE TIME: I/O DELAY ALLOWABLE: 2000.00 msee

COMMAND/CONTROL: LEVEL: I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: It NUMBER: 0 INTERVAL:

REQUIREMEF_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMEHT:

DATA STORAGE : SECONDARY:

PERI SHABILITT:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GROWTH

5.00 KIPC 5.00 KIPC

5 . 00/DA 10.00/DA

128.00 ][BYTES 128.00 KBYTES

128.00 KBYTES 128.00 KBYTES

10OO0.00 KBYTES 10000.00 KBYTES

O. 005 IM O. OOHRS O. 005 IN O. OOHRS

O. O0 KBTTES 0. O0 KBYTES

0 0

G-163
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.5.5.4 NAME: GENERAL PURPOSE PROGRAMMING LANGUAGE

RESPONSE TIME: I/O DELAY _WABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCTCODE: I

DIAGNOSTICS/SELF TEST:

2000.00 msec

LOCATION: O RATE:

1.00 E -6

PHYSICAL LOCATION CODE: T

REQUIRED: N NUMBER: 0 INTERVAL:

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITT:

ARCHIVAL:

• OF DISPLAYS:

IOC

50.00 KIPC

1.00/DA

128.00 KBTTES

128.00 KBYTES

5000.00 KBYTES

0 •00_ Ill 0 •OOHRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

50.00 KIPC

1.00/DA

128.00 KBYTES

128.00 KBYTES

5000.00 KBYTES

0.00_ IN 0.00m_S

0. O0 KBYTES

0

G-164
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

4.3.5.5 NAME:

SSDS FUNCTIONAL DATA SHEET

UPDATE SYSTEM SOFTWARE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL :

DATA QUALITY: MAXIMUM BIT ERROR MATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE:

DIAGNOSTICS/SELF TEST: REQUIRED:

2000.00 Isec

LOCATION: RATE:

0.00 E -6

PHYSICAL LOCATZON CODE:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL:

IOC

S. O0 KIPC

i. O01MIN

I0. O0 KBYTES

I0.00 KBYTES

50. O0 KBTTES

O. 005 IN O. OOIIRS

0o00 KBYTES

0

0.00

0.00 SEC

GROWTH

6.00 KIPC

I.O0/MIN

20.00 KBYTES

20.00 KBYTES

I00.00 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

0

G-165
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.4.1.1 NAME: GROUND TRACK DETERMINATION

SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

RESPONSE TIME: I/O DELAY ALLOWABLE: 100.00 nseo

COMMAND/CONTROL: LEVEL: A,I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE: S PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

IOC

0.50 KZPC

I. 00/S

3.00 KBYTES

I. 00 KBYTES

4.00 KBYTES

0.00'I, IN 0.00HRS

0.00 KBYTES

0

0.00 SEC

GROWTH

i .00 KIPC

i. 00/S

6.00 KBYTES

2.00 KBYTES

8.00 KBYTES

0.005 IN 0.00HRS

0.00 ][BYTES

0

20-JEL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

4.4.1.1PNAME: GROUND TRACK DETERMINATION

SHUTTLE 0NBOARD S/W SIZING AND LOADING DATA BASE.

RESPONSE TIME: I/0 DELAY ALLOWABLE: 100.00 nsec

COMMAND/CONTROL: LEVEL: A,I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

I0C

0.50 KIPC

1.00/S

3.00 ][BYTES

1.00 KBYTES

4.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBTTES

0

0.00 SEC

GROWTH

1.00 KIPC

1.00/S

6.00 KBYTES

2.00 KBYTES

8.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

. 0

G-166
20-jUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.4.1.2 NAME: MAGNETIC FIELD DETERMINATION

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: II0 DELAY _WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

I000.00 Ise¢

LOCATION: 0 RATE:

1.00 E -6

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

IOC

0.30 KIPC

I .00/S

I. 50 KBYTES

0.50 KBYTES

2.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBTTES

0

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

0.00

0.00 SEC

GROWTH

0.30 KIPC

1.00/S

1.50 KBYTES

0.50 KBYTES

2.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

SSDS FUNCTIONAL DATA SHEET

4.4.1.2PNAME: MAGNETIC FIELD DETERMINATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

1000.00 nse¢

LOCATION: 0 RATE:

1.00 E -6

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL :

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

• ARCHIVAL:

# OF DISPLAYS:

IOC

0.30 KIPC

1.00/S

1.50 KBYTES

0.50 KBYTES

2.00 KBYTES

0 . 00_ IN 0 . 00HRS

0.00 KBYTES

0

G-167

0.00

o.oo s_c

GROWTH

0.30 KIPC

I. 00/S

I. 50 KBYTES

0.50 KBYTES

2.00 KBYTES

0.00_ IN 0.001_S

0.00 KBYTES

0
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

PRINCIPAL FUNCTION 4.213

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A, I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SSDS FUNCTIONAL DATA SHEET

4.4.1.3 NAME: PALLET COARSE POINTING

SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

USED SHUTTLE SM ANTENNA MGMT. AND GNC UNIVERSAL POINTING

100.00 msee

LOCATION: O,G RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: X

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMERT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

IOC

1.00 KIPC

10.00/S

I0.00 KBYTES

2.00 KBYTES

12. O0 KBTTES

0.00_ IN 0. OOHRS

0.00 KBYTES

0

O. O0

3600.00 SEC

GROWTH

2.00 KIPC

IO.O0/S

20.00 KBYTES

4.00 KBYTES

24.00 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

PRINCIPAL FUNCTION 4.213

RESPONSE TIME: I/O DELAT ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

SSDS FUNCTIONAL DATA SHEET

4.4.1.3PNAME: PALLET COARSE POINTING

SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

USED SHUTTLE SM ANTENNA MGMT. AND GNC UNIVERSAL POINTING

100.00 msec

LOCATION: O,G RATE:

1.00 E -6

0. O0

PHTSICAL LOCATION CODE: X

T NUMBER: I INTERVAL:

IOC

I. O0 KIPO

IO.O0/S

I0.00 KBTTES

2. O0 KBYTES

12. O0 KBYTES

0.00_ IN O.OOERS

O. O0 KBYTES

0

3eO0.O0 SEC

GROWTH

2.00 KIPC

IO.O0/S

20.00 KBYTES

4.00 KBYTES

24.00 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

G.168
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.4. i .4 NAME : RELATIVE ALIGNMENT DETERMINATION

DATA SOURCES: SHUTTLE ONBOARD SOFTWARE SIZING AND LOADING DATA BASE

METHODOLOGY: SHUTTLE ATTITUDE PROCESSING AND S_ GROUND PROCESSING OF

ALIGNMENT DATA.

RESPONSE TIME: I/O DELAY ALLOWABLE: I00.00 msec

COMMAND/CONTROL: LEVEL: A,I LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM SIT ERROR RATE: i .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: • NUMBER: 4 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA- REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

3600.00 SEC

IOC GROWTH

2.00 KIPC 2.00 KIPC

O. IO/S O. IO/S

13.00 KBYTES 13.00 KBYTES

9. O0 KBYTES 9. O0 KBYTES

22. O0 KBYTES 22. O0 KBYTES

0.00_ IN 0.OOHRS 0.00_ IN 0.00HRS

O. O0 KBYTES O. O0 KBYTES

I i

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.4.1.4PNAME: RELATIVE ALIGNMENT DETERMINATION

DATA SOURCES: SHUTTLE ONBOARD SOFTWARE SIZING AND LOADING DATA BASE

METHODOLOGY: SHUTTLE ATTITUDE PROCESSING AND SKYLAB GROUND PROCESSING OF

ALIGNMENT DATA.

RESPONSE TIME: I/O DELAT ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I 0.00

DATA QUALITT: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

I00.00 msec

LOCATION: 0 RATE:

1.00 E -6

DIAGNOSTICS/SELF TEST: REQUIRED: • NUMBER: 4 INTERVAL:

IOC

I. O0 KIPC

O.IO/S

7. O0 KBYTES

4. O0 KBYTES

5. O0 KBYTES

O. 00_ IN 0 .OOHRS

O. O0 KBYTES

I

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• • OF DISPLAYS:

3600.00 SEC

GROWTH

i. 50 KIPC

O. IO/S

I0.00 KBYTES

6. O0 KBYTES

7. O0 KBYTES

O. 00_ IN O. OOHRS

O. O0 KBYTES

I

G-169
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.4.2 NAME: ENVIRONMENT MONITOR

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: BASED ON SHUTTLE SYSTEM MONITOR DATA ACQUISITIONED AND PARAMETER

MONITORING AND REPORTING.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: D

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFFS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDART:

PERISHABILITY :

ARCHIVAL:

4 OF DISPLAYS:

2000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

0.00

0.00 SEC

IOC GROWTH

4.00 KIPO 8.00 KIPC

O.lOlS O.IO/S

12.00 KBYTES 24.00 KBYTES

8.00 KNYTES 16.00 KBYTES

20.CO KBYTES 40. O0 KBYTES

O. 005 IN O. OOHRS O. 005 IX O. OOHRS

O. O0 KBTTES O. O0 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.4.2P NAME: ENVIRONMENT MONITOR

DATA SOURCES: SHUTTLE ONBOARD S/¥ SIZING AND LOADING DATA BASE.

METHODOLOGY: BASED ON SHUTTLE SYSTEM MONITOR DATA AC_UISITIONED AND PARAMETER

MONITORING AND REPORTING.

RESPONSE TIME: I/O DELAY ALLOWABLE: 2000.00 nse¢

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: D

DIA,_NOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 IETERVAL: 0.00 SEC

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL :

OF DISPLAYS:

IOC

4. O0 KIPC

O.lO/S

12. O0 KBYTES

8. O0 KBTTES

20. O0 KBYTES

O. 005 IN O. OOHRS

O. O0 KBYTES

0

G-170

GROWTH

8.00 KIPC

O.IO/S

24.00 KBYTES

16.00 KBYTES

40.00 KBYTES

0.005 IN O.OOHRS

O. O0 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 4.4.3 NAME : TRACKING SERVICES

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING.

METHODOLOGY: EXAMINED SIMILAR CODE/DATA.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

100.00 :sec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCT CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

O. 20 KIPC

0.50/S

3.00 KBYTES

1.00 KBYTES

4. O0 KBYTES

0.00_ IN 0. OOHRS

0.00 KBYTES

I

0.00

0.00 SEC

GROWTH

0.60 KIPC

O. 50/S

9. O0 KBYTES

3. O0 KBYTES

12. O0 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

i

G-171
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.1 NAME: MONITOR CORE SYSTEM'S STATUS

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: COMBINATION OF SHUTTLE GUARDS, SYSTEMS MONITORING PROGRAMS, AND

DATA AND ESTIMATES FOR ADDITION S.S. NEEDS.

RESPONSE TIME: I/O DELAY ALLOWABLE: i000.00 aseo

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR BATE: I .00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CTCLE:

REPETITION BATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOBAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

OF DISPLAYS:

0.00 SEC

lOC GROWTH

1.00 KIPC 2.00 KIPC

O. 50/S 0.50/S

4. O0 KBY'I'ES 8. O0 KBYTES

2. O0 KBYTES 4. O0 KBYTES

6.00 KBTTES 12.00 KBYTES

0.00_ IN O.OOHRS 0.00_ .IN O.OOHRS

0 .O0 KBYTES 0 .O0 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.1P NAME: MONITOR CORE SYSTEM'S STATUS

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: COMBINATION OF SHUTTLE GUARDS, SYSTEMS MONITORING PROGRAMS, AND

DATA AND ESTIMATES FOR ADDITION PLATFORM NEEDS.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR BATE:

SYNCHRONIZATION WITH:

1000.00 asec

LOCATION: 0 BATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION BATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

0.60 KIFO

O.SO/S

2.40 KBYTES

1.20 ][BYTES

3.60 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

0.00

0.00 SEC

GROWTH

1.20 KIPC

0.50/S

4.80 KBYTES

2.40 KBYTES

7.20 KBYTES

0.00_ IN O.OOHRS

0. O0 KBYTES

0

G-172
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.2 NAME: MONITOR CUSTOMER SYSTEMS STATUS

DATA SOURCES: SHUTTLE 0NBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: ESTIMATED LIKE SYSTEMS MONITORING PLUS MUCH MORE AUTOMATION.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

1000.00 nseo

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

O. O0

0.00 SEC

IOC GROWTH

0.80 KIPC 1.60 KIPC

0.50/S 0.50/S

4.00 KBYTES 8.00 KBYTES

2. O0 KBYTES 4. O0 KBYTES

6.00 KBYTES 12.00 KBYTES

0.00_ IN 0.00HRS 0 . 00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 2

20-JUL-198B SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.2P NAME: MONITOR CUSTOMER SYSTEMS STATUS

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: ESTIMATED LIKE SYSTEMS MONITORING PLUS MUCH MORE AUTOMATION.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A.

DATA QUALITY: MAXIMUM BIT ERROR BATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS: IOC

DATA PROCESSING INSTRUCTIONS PER CYCLE: 0.50 KIPC

REPETITION RATE: 0.50/S

PROCESSOR MEMORY: PROGRAM SIZE: 2.40 KBTTES

DATA REQUIREMENT: 1.20 KBYTES

DATA STORAGE: SECONDARY: 3.60 KBYTES

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

1000.00 =sec

LOCATION: 0 RATE:

1.00 E -6

0.00

0.00 SEC

GROWTH

1.00 KIPC

0.50/S

4 o80 KBYTES

2.40 KBYTES

7.20 KBYTES

0.00_ IN 0.00HRS 0.00% IN 0.00HRS

0 .00 KBYTES 0 .00 KBYTES

0 0

G-173
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.3 NAME: MASS PROPERTIES CONFIGURATION UPDATE

DATA SOURCES: SHUTTLE ABOARD SIZING AND LOADING DATA BASE.

METHODOLOGY: MASS HANDLING ROUTINES IN SHUTTLE _ ENGINEERING ESTIMATE

FOR DOCKING AND UN-DOCKING NEEDS OF SPACE STATION.

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

I000.00 nsec

LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: NUMBER: 0 INTERVAL : 0.00 SEC

REQUIREHEFFS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C GROWTH

1.00 KIPC 2.00 KIPC

0.10/S 0.101S

7.00 KBYTES 14.00 KBYTES

3. O0 KBYTES 3. O0 KBTTES

I0.00 KBYTES 20.00 KBYTES

0.00_ IN 0.00HRS 0. 005 IN 0.00HRS

0 .00 KBTTES 0 .00 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.3P NAME: MASS PROPERTIES CONFIGURATION UPDATE

DATA SOURCES: SHUTTLE ABOARD SIZING AND LOADING DATA BASE.

METHODOLOGY: MASS HANDLING ROUTINES IN SHUTTLE _ ENGINEERING ESTIMATE

FOR DOCKING AND UN-IX)CKING NEEDS OF SPACE STATION.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECOHDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

1000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

PHYSICAL LOCATION CODE: H

HUMBER: 0 INTERVAL:

IOC

O. 10 KIPC

O.IO/S

O. 70 KBYTES

O. 30 KBYTES

1. O0 KBYTES

0.005 IN O.OOHRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

0.20 KIPC

0.10/S

i. 40 KBYTES

0.60, KBYTES

2.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-174
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.4.1 NAME: FAULT ANALYSIS z

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: SHUTTLE VERY LIMITED--CODE/DATA MODELS ONLY: SOME SYSTEMS

SERVICE S/W AND SOME SYSTEMS MANAGEMENT.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PRTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

1000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

O. O0

NUMBER : 0 INTERVAL : O. O0 SEC

IOC GROWTH

4.00 KIPC 40.00 KIP(;

0.50/S 0.50/S

20.00 KBYTES 200.00 KBYTES

20.00 KBYTES 40.00 KBYTES

40.00 KNTTES 240.00 KBYTES

O. 00_ IN O. O0_RS 0 .00_ IN O. OOERS

0.00 KBYTES 0.00 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.4.1PNAME: FAULT ANALYSIS

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA EASE.

METHODOIX)GY: SHUTTLE VERY LIMITED--CODE/DATA MODELS ONLY; SOME SYSTEMS

SERVICE S/W AND SOME SYSTEMS MANAGEMENT.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL : LEVEL : A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PRTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFFS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

i000.00 nsec

LOCATION: 0 RATE:

1.00 E -6

0. O0

0.00 SEC

IOC GROWTH

2.80 KIPC . 28.00 KIPC

0.50/S 0.50/S

14.00 KBYTES 140.00 KBYTES

14.00 KBYTES 140.00 KBYTES

28.00 KBYTES 280.00 KBYTES

0.005 IN O.OOHRS 0.005 IN O.OOHRS

O. O0 KBYTES O. O0 KBYTES

0 0

G-175
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.4.2 NAME: FAULT CORRECTION

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: SOME EXAMPLES IN SYSTEM SERVICES: I/O CHAIN BYPASS

RESPONSE TIME: I/O DELAY AIJ._WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I000.00 nsec

LOCATION: RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

"DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00

0.00 SEC

IOC GROWTH

4.00 KIPC 40.00 KIPC

O. 50/S O. 50/S

20. O0 KBTTES 200. O0 KBYTES

20. O0 KBYTES 40. O0 KBYTES

40. O0 KBTTES 240. O0 KBYTES

0.00% IN 0. OOHRS 0.00_ IN 0. OOHRS

O. O0 KBYTES O. O0 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5_4.2PNAME: FAULT CORRECTION

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: SOME EXAMPLES IN SYSTEM SERVICES; I/O CHAIN BYPASS

RESPONSE TIME: I/O DELAY "ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

1000.00 =sec

LOCATION: RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

IOC

2.80 KIPO

0.50/S

14.00 KBYTES

14. O0 KBYTES

28. O0 KBYTES

0.00_ IN O.OOHRS

O. O0 KBYTES

0

O. O0

0.00 SEC

GROWTH

5.00 KIPC

0.50/S

140.00 KBYTES

28.00 KBYTES

150.00 KBYTES

0.00% IN O.OOHRS

0.00 KBYTES

0

G-176
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.4.3 NAME: TREND ANALYSIS

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE

METHODOLOGY: ROUTINES FOR DISPLAYS; ENTRY, ASCENT

RESPONSE TIME: I/O DELAY ALLOWABLE: I000.00 =sec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE:' 0.00

DATA QUALITT: MAXIMUM BIT ERROR RATE: i .00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

• OF DISPLATS:

IOC

0.50 KIPC

I .001S

5.00 KBYTES

2.00 KBYTES

7.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

GROWTH

0.70 KIPC

1.00/S

7. O0 KBYTES

4. O0 KBYTES

9. O0 KBYTES

O. 00% IN O. OOHRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.4.3PNAME: TREND ANALYSIS

DATA SOURCES: SHUTTLE 0NBOARD S/W SIZING AND LOADING DATA BASE

METHODOLOGY: ROUTINESFOR DISPLAYS; ENTRY, ASCENT

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: 0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

RE@UIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

O. 35 KIPC

1.00/S

3.50 KBYTES

1.40 KBYTES

5. O0 KBYTES

O. 00% IN O. OOHRS

0.00 KBYTES

• 0

GROWTH

0.50 KIPC

1.00/S

8.00 KBYTES

2.80 KBYTES

i0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-177
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.5 NAME: SYSTEM TEST AND EVALUATION

DATA SOURCES: SHUTTLE 0NBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY :

RESPONSE TIME: IlO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I000.00 ssec

LOCATION: 0 RATE :

IiooZ -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERI SRABILITT:

ARCHIVAL:

• OF DISPLAYS:

0.00

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

2.00 KIPC 4.00 KIPC

0.50/S 0.50/S

20. O0 KBYTES 20. O0 ][BYTES

15 . O0 ][BYTES 15. O0 KBYTES

35. O0 KBYTES 35. O0 KBYTES

0 . 00% IN 0 . OOHRS O. 00% IN O. OOHRS

0.00 KBTTES 0.00 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.5P NAME: SYSTEM TEST AND EVALUATION

DATA SOURCES: SHUTTLE 0NBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE:

• COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

1000.00 msec

LOCATION: 0 RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PRTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00

0.00 SEC

IOC GROWTH

1.40 KIPC 2.80 KIPC

0.50/S 0.50/S

14.00 KBYTES 28.00 KBYTES

I0.00 KBYTES 15.00 KBYTES

20 • O0 ][BYTES 35. O0 KBYTES

O. 00% IN O. OOHRS O. 00% IN O. OOHRS

0 . 00 EBYTES 0.00 KBYTES

0 0

G-178
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.6 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: SHUTTLE SOP'S FOR GNC, SM, NU, ETC.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

1000.00 msec

LOCATION: S RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: K

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

I0C

6.00 KIPC

0.50/S

52.00 KBYTES

17.00 KNTTES

69.0O KBYTES

0.00_ IN 0.00BRS

0.00 KNTTES

23

0.00

0.00 SEC

GROWTH

18.00 KIPC

0.50/S

134.00 KBYTES

59.00 KBYTES

193.00 KBYTES

0.00_ IN 0.00ERS

0.00 KBYTES

65

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 4.5.6P NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: SHUTTLE ONBOARD S/W SIZING AND LOADING DATA BASE.

METHODOLOGY: SHUTTLE SOP'S FOR GNC, SMo NU, ETC.

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 nse¢

COMMAND/CONTP_L: LEVEL: I LOCATION: S RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION BATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

IOC GROWTH

2.40 KIPO 7.20 KIPC

0.50/S 0.50/S

20. O0 KBYTES 60.00 KBYTES

8.00 KBYTES 24.00 KBYTES

28.00 KBYTES 84.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

Q

G-179
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 5. i. i. I NAME : UPDATE/ACCESS AND SYNCHRONIZATION

DATA SOURCES: SIZE BASED ON DBASE III(TM) FOR IBM PC. SPEED IS ENGR EST

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE: 100.00 nsec

COMMAND/CONTROL : LEVEL : A, I LOCATION: O,G RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 1 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00 SEC

I0C GROWTH

I00.00 KIPC 200.00 KIPC

10.001ER 10.00/ER

250 .00 KBYTES 500 .00 KBYTES

50.00 KBYTES 100.00 KBYTES

I0000.00 KBYTES 20000.00 KBYTES

0.00% IN 12.00HRS 0.00_ IN 12.00HRS

0 .00 KBTTES 0 .00 raTTES

I 2

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 5. i. I. IPNAME : UPDATE/ACCESS AND SYNCHRONIZATION

DATA SOURCES: SIZE BASED ON DBASE III(TM) FOR IBM PC. SPEED IS ENGR EST

METHODOLOGY :

RESPONSE TIME: IIO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 1 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

i00.00 nse¢

LOCATION: O,G RATE:

0.00 E -6

I0C

100.00 KIPC

10.00/HR

250.00 KBYTES

50.00 KBYTES

10000.00 KBYTES

0.00_ IN 12.00HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

200.00 KIPC

10.00/HR

500.00 KBYTES

I00.00 KBYTES

20000.00 KBYTES

0.00_ IN 12".00HRS

0.00 KBYTES

0

G-180 "
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5. I. 1.2 NAME: DATA FILE MANAGEMENT

DATA SOURCES: SPACE SHUTTLE MASS MEMORY UTILITY

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCT CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERI SHABILITT:

ARCHIVAL:

# OF DISPLAYS:

60000. O0 msec

LOCATION: O,G RATE:

0.00 E -6

IOC

2.00 KIPC

IO.O0/ER

12. O0 KBTTES

140. O0 KBYTES

o.oo K_rrzs

o.oo_ zzw _z4.ooERs

O. O0 KEETES

1

O. O0

O. O0 SEC

GROWTH

5.00 KIPC

10. O0/HR

20. O0 KBYTES

200. O0 KBYTES

O. O0 KBYTES

0.00% IN 24. OOHRS

O. O0 KBYTES

I

20-JUL-I985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 8. I. I. 2PNAME : DATA FILE MANAGEMENT

DATA SOURCES: SPACE SHUTTLE MASS MEMORY UTILITY

METHODOLOGY :

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

60000.00 mseo

LOCATION: O,G RATE:

0.00 E -6

DIAGNOSTICS/SELF TEST: REQUIRED: N

PHYSICAL LOCATION CODE: M

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCI-_:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL :

IOC

2. O0 KIPC

IO.O0/HR

12. O0 KBYTES

140. O0 KBYTES

O. O0 KBYTES

0 . 00_ IN 24. OOHRS

O. O0 KBYTES

0

0.00

0.00 SEC

GROWTH

5.00 KIPC

IO.O0/HR

20.00 KBYTES

200.00 KBYTES

0.00 KBYTES

0.00% IN 24. OOHRS

O. O0 KBYTES

0

G-181
20-dUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5. i. 1.3 NAME: MASS MEMORY RESOURCE MANAGEMENT

DATA SOURCES : ENGINEERING ESTIMATE

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 ssec

COMMAND/CONTROL: LEVEL: A LOCATION: O,G MATE:

DATA QUALITY: MAXIMUM BIT ERROR HATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: E

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

O. O0

O. O0 SEC

IOC GROWTH

I0.00 KIPC 20.00 KIPC

I.O0/ER I.O0/HR

I0.00 KBYTES 20.00 KBYTES

4.00 KBYTES I0.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0 • 005 IN 24 . OOHRS 0 . 00% IN 24 . OOHRS

O. O0 KBTTES O. O0 KBYTES

I I

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : S. I. I. 3PNAME : MASS MEMORY RESOURCE MANAGEMENT

DATA SOURCES : ENGINEERING ESTIMATE

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: 30000.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: O,G HATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR HATE: 0.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

10.00 KIPC

1. O0/HR

10. O0 KBTTES

4. O0 ][BYTES

O. O0 KBYTES

0 . 00% IN 24 . OOHRS

O. O0 KBYTES

0

GROWTH

20.00 KIPC

i. O0/ER

20. O0 KBYTES

I0. O0 KBYTES

O. O0 KBYTES

0.00% IN 24.00HRS

O. 00 KBYTES

0

G-182
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5. I. i. 4 NAME : ARCHIVAL STORAGE

DATA SOURCES : ENGINEERING ESTIMATE

METHODOLOGY: ASSUME DUMP TO ARCHIVE OF CORESTAT OF PAST 24 HRS, DONE ONCE

PER DAY. ASSUME 100BYTES/SEC OF PERTINENT DATA ENTERED IN CORESTA

RESPONSE TIME: I/O DELAY ALLOWABLE: 60000.00 msec

COMMAND/CONTROL: LEVEL: A,I LOCATION: O,G RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHTSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEF_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT : PROGRAM SIZE :

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

IOC

I0.00 KIPC

I. 001DA

20.00 KBYTES

5.00 KBTTES

0.00 KBYTES

0.00 SEC

GROWTH

20.00 KIPC

1.00/DA

40.00 KBYTES

I0.00 KBYTES

0.00 KBYTES

0.00_ II 24.00HRS 0.00_ IN 24.00HRS

47000000.00 KBYTES 78000000.00 KBYTES

1 1

G-183
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.1.5 NAME: DEVICE MANAGEMENT

DATA SOURCES: ENGINEERING ESTIMATE

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: 10000.00 nsec

COMMAND/CONTROL: LEVEL: A,I L_TION: O,G MATE:

DATA QUALITY: MAXIMUM BIT ERROR MATE: 0.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: K

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.00

0.00 SEC

IOC GROWTH

1.00 KIPC 1.50 KIPC

I. 00/S i. 001S

I .00 KBTTES 2 .00 KBYTES

0.80 KBTTES 1. O0 KBYTES

0 .00 KBYTES 0 .00 KBYTES

0.005 IN 24.00HRS 0. 005 IN 24. OOHRS

O. CO KBTTES O. O0 KBYTES

1 1

20-JUL-1985

FUNCTION NO: 5.1.1.SPNAME: DEVICE MANAGEMENT

DATA SOURCES: ENGINEERING ESTIMATE

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

10000.00 nsec

LOCATION: O,G RATE:

0.00 E -6

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

1.00 KIPC

1.00/S

O. 70 KBYTES

O. 40 KBYTES

O. O0 KBYTES

0.005 IN 24.00HRS

0.00 KBYTES

0

G-184

0.00

0.00 SEC

GROWTH

1.50 KIPC

1.O0/S

1.50 KBYTES

0.70 KBYTES

O. O0 KBYTES

0.00% IN 24.00HRS

0.00 KBYTES

0
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5. i. i .6 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES : ENGINEERING ESTIMATE

METHODOLOGY

RESPONSE TIME: I/O DELAY ALLOWABLE: I0000.00 =se¢

COMMAND/CONTROL: LEVEL: I LOCATION: O,G RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUI_:

DATA sTORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

0. I0 KIPC

1.00/S

i. 00 KBTTES

0.50 KBYTES

0.00 KBYTES

0.00_. IN 24.0OHRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

0.20 KIPC

I .001S

2.00 KBYTES

I. 00 KBYTES

0.00 KBYTES

0.00_ IN 24.00HRS

0.00 KBYTES

0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.1.6PNAME: COMMAND INTERFACE PROCESSING

DATA SOURCES: ENGINEERING ESTIMATE

METHODOLOGY:

RESPONSE TIME: X/O DELAY ALLOWABLE: 10000.00 msec

COMMAND/CONTROL: LEVEL: I LOCATION: O,G RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

4) OF DISPLAYS:

IOC

O. 10 KIPc

1 .oo/s

o. 70 KBYTES

O. 40 KBYTES

O. O0 KBYTES

0 . 00_ IN 24. OOHRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

0.20 KIPC

1.00/S

1.50 KBYTES

0.70 KBYTES

0.00 KBYTES

0.00% IN 24.00HRS

0.00 EBYTES

0

G-185
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.1 NAME: LOAD SCHEDULING

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

120000.00 mse¢

LOCATION: G,O RATE:

0.00 E .6

IOC

10.00 KIPC

1.00IDA

5.00 KBYTES

8.00 KBYTES

50.0O KBYTES

1.00_ IN 24.00HRS

50.0O KBYTES

2

0.00

0.00 SEC

GROWTH

I0.00 KIPC

I.OO/DA

I0.00 KBYTES

i0.00 KBYTES

50.00 KBYTES

1.00_ IN 24.00HRS

50.00 KBYTES

R

20-JUL-1985

FUNCTION NO: 5.1.2.1PNAME: LOAD SCHEDULING

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

SSDS FUNCTIONAL DATA SHEET

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

120000.00 nsec

LOCATION: G,O RATE:

0.00 E -6

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

I0. O0 KIPC

I. O01DA

4. O0 KBYTES

4. O0 KBYTES

40. O0 KBYTES

1.00_ IN 24.00HRS

40. O0 KB_'TES

0

G-t 86

O. O0

0.00 SEC

GROWTH

10.00 KIPC

1.00/DA

8.00 KBYTES

8.00 KBYTES

40.00 KBYTES

1.00_ IN 24.00HRS

40.00 KBYTES

0
20-jUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 5. i. 2.2 NAME : SYSTEM EXECUTIVE

DATA SOURCES: SPACE SHUTTLE (OPER SYS); SUBACS (NTWK OPER SYS)

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/GONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

0.00 msec

LOCATION: N RATE :

0.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

0.00

NUMBER: 0 INTERVAL : 0. O0 SEC

IOC GROWTH

1.00 KIPC 1.30 KIPC

IO0.O0/S IO0.O0/S

570.00 KBYTES 700.00 KBYTES

1000.00 KBYTES 1300.00 KBYTES

200.00 KBYTES 260.00 KBYTES

0.00_ IN 0.OOHRS 0.00_ IN 0.00HRS

120.00 KBTTES 160.00 KBYTES

0 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 5. I. 2.2PNAME : SYSTEM EXECUTIVE

DATA SOURCES: SPACE SHUTTLE (OPER SYS); SUBACS (NTWK OPER SYS)

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM SIT ERROR RATE:

SYNCHRONIZATION WITH:

0.00 msec

LOCATION: N RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERI SHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

1. O0 KIPC

lO0.O0/S

570. O0 KBYTES

1000. O0 KBYTES

200. O0 KBYTES

0.00_ IN O.OOHRS

120.00 ][BYTES

0

O. 00

0.00 SEC

GROWTH

1.30 KIPC

100.00/S

700.00 KBYTES

1300.00 KBYTES

260.00 KBYTES

0.00_ IN O.00HRS

160.00 KBYTES

0

G-187
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2._ NAME: INITIALIZATION CONFIGURATION CONTROL

DATA SOURCES: EST AT 5 TIMES SPACE SHUTTLE INITIALIZATION S/W

METHODOLOGY:

RESPONSE TIME: I/0 DELAY AIJ._WABLE:

COMMAND/CONTROL: LEVEL: M,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEF_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DAT_ STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

• OF DISPLAYS:

120000.00 msec

LOCATION: G,0 RATE:

0.00 E -6

0.00

IUMBER: 0 INTERVAL: 0.00 SEC

I0C GROWTH

i00.00 KIPC 200.00 KIPC

I .00/ I .00/

30.00 KBYTES 50.00 KBTTES

18.00 KBYTES 30.00 EBYTES

50.00 KBYTES 100.00 KBYTES

0.00% IN 24.00HRS 0.00_ IN 24.00HRS

0 .00 KBTTES 0 •00 EBYTES

4 6

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.3PNAMEi INITIALIZATION CONFIGURATION CONTROL

DATA SOURCES: EST AT 5 TIMES SPACE SHUTTLE INITIALIZATION S/W

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: 120000.00 asec

COMMAND/CONTROL: LEVEL: M,I LOCATION: G,0 RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: I PErSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEF_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

100.00 KIPC

1.00/

30.00 KBYTES

18.00 KBYTES

50.00 KBYTES

0.00_ IN 24.00HRS

0.00 KBYTES

0

0.00

0.00 SEC

GROWTH

200.00 KIPC

1.00/

50.00 KBYTES

30.00 KBYTES

I00.00 KBYTES

0.00_ IN 24.00HRS

0.00 KBYTES

0

G-188
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.4 NAME: CONFIGURE DATA PROCESSING EQUIPMENT :

DATA SOURCES: EST AT 5 TIMES SPACE SHUTTLE SYST CTRL S/W

METHODOLOGY:

RESPONSE TIME: I/O DELAY ALLOWABLE: 10000.00 nsec

COMMAND/CONTROL: LEVEL: N LOCATION: O,G RATE:

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E --6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: M NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

20. O0 KIPC

I. O0/DA

50. O0 KBYTES

125.00 KBYTES

200. O0 KBTTES

0.00_ IN 24. OOHRS

0. O0 KBYTES

4

O. O0

0.00 SEC

GROWTH

40.00 KIPC

I.O0/DA

I00.00 KBYTES

200.00 KBYTES

400.00 KBYTES

0.00% IN 24.00HRS

0.00 KBYTES

6

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.4PNAME: CONFIGURE DATA PROCESSING EQUIPMENT

DATA SOURCES: EST AT 5 TIMES SPACE SHUTTLE SYST CTRL S/¥

METHODOLOGY:

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: N

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

I0000.00 nse¢

LOCATION: O,G RATE:

0.00 E -6

PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAI_:

REQUIPJm,_FrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00

0.00 SEC

IOC GROWTH

20.00 KIPC 40.00 KIPC

I. O0/DA i. O0/DA

25. O0 KBYTES 50. O0 KBYTES

65. O0 ][B_/TES 100. O0 KBYTES

100. O0 KBYTES 200. O0 KBYTES

O. 00_ IN 24.00HRS "O. 00% IN 24. OOHRS

O. O0 KBYTES O. O0 KBYTES

0 0

G-189
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 5. i. 2.5 NAME : FACILITY STATUS

DATA SOURCES: EST AT 5 TIMES SPACE SHUTTLE GPC/TERMINAL UNIT C/O

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREME3TS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STOHAGE': SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

i0000.00 nsec

LOCATION: O,G HATE:

0.00 E -6

IOC

10. O0 KIPC

1. O0/DA

22. O0 KBYTES

60.00 KBTTES

100.O0 KBYTES

O. 00_ IN 24. OOHRS

0.O0 KBYTES

2

0.00

0.00 SEC

GROWTH

20.00 KIPC

1.00/DA

40.00 KBYTES

80.00 KBYTES

150.00 KBYTES

0.00_ IN 24.00HRS

0.00 KBYTES

4

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 5. i. 2.5PNAME : FACILITY STATUS

DATA SOURCES: EST AT 5 TIMES SPACE SHUTTLE GPC/TERMINAL UNIT C/O

METHODOLOGY :

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COM_fAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR HATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

i0000.00 asec

LOCATION: O,G HATE:

0.00 E -6

PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCH/VAL:

# OF DISPLAYS:

0.00

0.00 SEC

IOC GROWTH

I0.00 KIPC .- 20.00 KIPC

1.00/DA 1.00/DA

22.00 KBYTES 40.00 KBYTES

60.00 KBYTES 80.00 KBYTES

I00.00 KBYTES 150.00 KBYTES

0.00_ IN 24.00HRS 0.00_ IN 24.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-190
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.6 NAME: RECONFIGURE/DISCONNECT PAYLOADS _ CORE SYSTEMS

DATA SOURCES: EST AT 3 TIMES SHUTTLE SM(BASIS); 10 TIMES DATA

METHODOLOGY :

RESPONSE TIME: I/O DELAY ALLOWABLE: I0000.00 asec

COMMAND/CONTROL: LEVEL: A,I LOCATION: O,G RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

10C GROWTH

30.00 KIPC 50.00 KIPC

I .00/S 1.00/S

80.00 KBYTES I00.00 KBYTES

175.00 KBYTES 200.00 KBYTES

800.00 KBYTES i000.00 KBYTES

0 .00_ IN 24.00HRS 0.00% IN 24.00HRS

0.00 KBTTES 0.00 KBYTES

6 I0

20-JUL-1985

FUNCTION NO:

DATA SOURCES: EST AT 3 TIMES SHUTTLE SM(BASIS); I0 TIMES DATA

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

5.1.2.6PNAME: RECONFIGURE/DISCONNECT PAYLOADS 8 CORE SYSTEMS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

i0000.00 asec

LOCATION: 0,G RATE:

0.00 E -6

0.00

G-191

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

IOC GROWTH

30.00 KIPC 50.00 KIPC

1.00/S I .00/S

65.00 KBYTES 80.00 KBYTES

140.00 KBYTES 160.00 KBYTES

640.00 KBYTES 800.00 KBYTES

0.00% IN 24.00HRS 0.00% IN 24.00HRS

0.00 KBYTES 0.00 KBYTES

0 0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.7 NAME: DEVICE MANAGEMENT

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: I PETSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY :

ARCHIVAL:

OF DISPLAYS:

2000.00 nsec

LOCATION: O,G RATE:

0.00 E -6

• IOC

1. OO KIPC

IO.O0/MN

10.00 KBYTES

20. O0 KBYTES

40. O0 KBYTES

O. 00_ IN 24. OOHRS

0.00 KBYTES

2

0.00

0.00 SEC

GROWTH

2.00 KIPC

I0.00/IO1

20.00 KBTTES

30.00 KBYTES

60.00 KBYTES

0.00_ IN 24.00KRS

0.00 KBYTES

4

20-JUL-1985

FUNCTION NO: 5.1.2.TPNAME: DEVICE MANAGEMENT

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

SSDS FUNCTIONAL DATA SHEET

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

2000.00 nsec

LOCATION: 0,G RATE:

0.00 E -6

REQUI_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL:

• OF D_SPLAYS:

10C

1.00 KIPC

10.00/IOl

5.00 KBTTES

I0.00 KBYTES

20.00 KBYTES

0.00_ IN 24.00ERS

0.00 EBYTES

0

,G-192

0.00

0.00 SEC

GROWTH

2.00 KIPC

10.00/MN

10.0O KBYTES

15.00 KBYTES

30.00 KBYTES

0 .00_ IN 24.00HRS

0.0O KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.2.8 NAME: COMMAND INTERFACE PROCESSING

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE: I PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIP, EMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

I0000.00 =sec

LOCATION: O,G RATE:

0.00 E -6

IOC

0.50 zi_

1.00/S

15.00 KBYTES

5. O0 KBYTE_

25.00 KBYTES

0.00% IN 24.00HRS

0. O0 ][BYTES

3

0.00

0.00 SEC

GROWTH

1.00 KIPC

1.00/S

25.00 KBYTES

I0.00 KBYTES

40.00 KBYTES

0.00% IN 24.00HRS

0.00 KBYTES

5

20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

SSDS FUNCTIONAL DATA SHEET

5.1.2.8PNAME: COMMAND INTERFACE PROCESSING

RESPONSE TIME: IIO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: E

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

I0000.00 msec

LOCATION: O,G RATE:

0.00 E -6

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY :

PERISHABILITY:

ARCHIVAL :

• OF DISPLAYS:

IOC

O. 50 KIPC

1. O0/S

12.00 KBYTES

4. O0 KBYTES

20. O0 KBYTES

O. 00% IN 24. OOHRS

0.00 KBYTES

0

G-193

0.00

0.00 SEC

GROWTH

1.00 KIPC

1.00/S

20.00 KBYTES

8.00 KBYTES

16.00 KBYTES

0.00% IN 24.00HES

0.00 KBYTES

0
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1._.i NAME: DISPLAY AND CONTROL DEVICE MANAGEMENT

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: IIO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

I0000.00 nsec

LOCATION: O,I RATE:

0.00 E -6

IOC

0.20 KIPC

i ,O0/S

0.40 KBYTES

0. ao KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0. O0 KBYTES

1

0.00

0.00 SEC

GROWTH

0.30 KIPC

I. 00/S

O. 50 KBYTES

0.30 KBYTES

O. 00 KBYTES

0.005 IN 0.00HRS

O. 00 KBYTES

I

G-194
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.1.3.2 NAME: DISPLAY AND CONTROL COMMAND INTERFACE PROCESSING

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: 10000.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: G,0 RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: H

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL: 0.00 SEC

REQUIREME_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

IOC

0.05 KIPC

1.0OIS

0. _0 KBYTES

0.I0 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

GROWTH

0. I0 KIPO

I. 00/S

0.40 KBYTES

0.20 KBYTES

0.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G-195
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.2.1 NAME: INTERFACE MANAGEMENT

DATA SOURCES: Experience

METHODOLOGY: Engineering an&lysis based on typioal control cente_ operation.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

5000.00 nsec

LOCATION: G RATE:

I00.00 E -6

SYSTEM DEPENDENCY CODE: G PHTSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: i INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

0.00

5.00 SEC

IOC GROWTH

5.00 KIPC 7.00 KIPC

I. 00/SEC I. 00/SEC

15.00 KBTTES 20.00 KBYTES

30.00 KBYTES 35.00 ][BYTES

0. O0 KBYTES 0.00 KBYTES

O. 005 IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0 .O0 KBYTES

8 i0

G-196
20-JUL-1985 SSDSFUNCTIONALDATASHEET

FUNCTIONO: 5.2.2 NAME: SCHEDULE/STATUS COMPARE

DATA SOURCES: EXPERIENCE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON TYPICAL CONTROL CENTER OPERATION.

RESPONSE TIME: I/O DELAY ALLOWABLE: 5000.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION : G RATE : 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: i00.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHTSICAL LOC_TION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: I INTERVAL:

REQUIREMEFTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

5.00 SEC

IOC GROWTH

20.00 KIPG 25.00 KIPC

I. 00/SEC I. 001SEC

60.00 KBTTES 70.00 KBYTES

120.00 ][BYTES 200.00 KBYTES

0.00 KBTTES 0.00 ][BYTES

0 .00_ IN 0.00_S 0.00_ IN 0 .00HRS

0.00 KBTTES 0.00 KBYTES

20 25

G-197
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.2.3 NAME: TRANSMIT RECONFIGURATION SCHEDULE

DATA SOURCES: EXPERIENCE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON TYPICAL CONTROL CENTER OPERATION

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 mseo

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: I00.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 1 INTERVAL:

HEQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PENI SHAB_LITY:

ARCHIVAL:

# OF DISPLAYS:

5.00 SEC

IOC GROWTH

50.00 KIPC 60.00 KIPC

I. 00/S i. 00/S

150.00 KBTTES 180.00 KBYTES

600.00 KBYTES 900.00 KBYTES

5000 • O0 KBYTES 7500 . O0 KBYTES

0.005 IN 1. OOHRS O. 00_ IN 1. OOHRS

0. O0 KBYTES 0.00 KBYTES

40 60

G-198
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.2.4 NAME: GROUND STATUS DATABASE MANAGEMENT

DATA SOURCES: EXPERIENCE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON TYPICAL CONTROL CENTER OPERATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

500.00 nsec

_TION: G RATE:

10O.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00

5.00 SEC

IOC GROWTH

10.00 KIPC 12.00 KIPC

1.00IS 1.00/S

30.00 KBTTES 35.00 KBYTES

60.00 KBTTES 70. O0 KBYTES

200.00 KBYTES 250.00 KBYTES

0 .00_ IN I .OOHRS 0 .00_ IN i .0OHRS

0.00 KBYTES 0 .00 KBYTES

40 45

G-199
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 5.2.5 NAME: ADdUST FOR UNSCHEDULED MODE CHANGES

DATA SOURCES: EXPERIENCE

METHODOLOGY: ENGINEERING ANALYSIS BASED ON TYPICAL CONTROL CENTER OPERATION

RESPONSE TIME: I/0 DELAY ALLOWABLE: 500.00 msoo

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: I00.00

DATA QUALITY: MAXIMUM BIT ERROR RATE: i00.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: _G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: I INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C

20.00 KIPC

1.00/S

60.00 KBYTES

la0.00 KBYTES

5000.00 KBTTES

0.00_ IN 1.00HRS

0.00 KBYTES

50

5.00 SEC

GROWTH

25.00 KIPC

1.00/S

75.00 ][BYTES

150.00 KBYTES

7500.00 KBYTES

0.00_ IN 1.00HRS

0.00 KBYTES

75

G-200
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.1 NAME: INTERPRET MODEL REQUESTS

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATIOH WITH:

I0000.00 nsec

LOCATION: G RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

IOC

8. O0 KIPC

I. O0/HR

32. O0 KBYTES

24. O0 KBTTES

128. O0 KBYTES

0.00_ IN O. 00HRS

0.00 KBYTES

0

0.I0

60.00 SEC

GROWTH

16.00 KIPC

I.O0/HR

64.00 KBYTES

48.00 KBYTES

256.00 KBYTES

0.005 IN O.OOHRS

0.00 KBYTES

0

G-201
20-JUL-1985 SSDSFUNCTIONALDATASHEET

FUNCTIONO: 6.2 NAME: DEVELOP COMMUNICATIONS MODEL CONFIGUR_TION

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: 100000.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.i0

DATAQUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL: 3600.00 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MENORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

IOC

30.00 KIPC

i. 00/DAT

256.00 KBYTES

128.00 KBTTES

I000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

GROWTH

50.00 KIPC

1.00/DAY

i000.00 KBYTES

512.00 KBYTES

2000.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-202
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.3 NAME: SIMULATE SPACE STATION SYSTEM COMM ELEMENTS

DATA SOURCES: SPACELAB INTEGRATION

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/0 DELAY ALLOWABLE: 1OO.00 msec

COMMAND/CONTROL : LEVEL : A I_OCATION: G RATE: 0.i0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WZTH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

• REQUIREMEI_S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT : PROGRAM SIZE :

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

64. O0 KIPC

l. O01DAY

512.00 KBYTES

256. O0 KBYTES

i000. O0 KBYTES

0.00_ IN 0. OOHRS

0.00 KBYTES

0

60.00 SEC

GROWTH

192.00 KIPC

2.00/DAY

I000.00 KBYTES

512.00 KBYTES

2000.00 KBYTES

0.00_ IN 0. OOHRS

0.00 KBYTES

0

G-203
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.4 NAME: DEVELOP HARDWARE INTEGRATION CONFIGUR_TION

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/0 DELAY ALLOWABLE: I00000.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.I0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFTS:

DATA PROCESSING INSTRUCTIONS PER CTCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

3600. O0 SEC

IOC GROWTH

1.00 KZPC 2.00 KIPC

I .00/HR I .001HR

256.00 KBYTES 512.00 KBYTES

128.00 KBYTES 256.00 EBYTES

I000 •00 KBTTES I000 .00 KBYTES

0.00_ IN 0. 001fl_S 0.00_ IN 0.00HRS

0 •00 KBYTES 0 .00 KBYTES

0 0

G-204
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

SSDS FUNCTIONAL DATA SHEET

6.5 NAME: SIMULATE SPACE STATION ELEMENTS

SPACELAB INTEGRATION

ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A,I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G

DIAGNOSTICS/SELF TEST:

LOCATION:

1.00 E -6

i00.00 mse¢

G RATE:

PHTSICAL LOCATION CODE: G

REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEF_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITIONRATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISN_BILITY:

ARCHIVAL:

# OF DISPLAYS:

10C

2.00 KIPC

I .001HR

256.00 KBYTES

128.00 KBYTES

I000.00 KBTTES

0.00_ IN O. OOm_S

0.00 KBYTES

0

0.10

60.00 SEC

GROWTH

4.00 KIPC

I. 00/HR

512.00 KBYTES

256.00 KBYTES

2000.00 KBYTES

0.00_ IN 0.00HRS

0.00 KBYTES

0

G-205
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.6 NAME: DEVELOP SOFTWARE INTEGRATION CONFIGURATION

DATA SOURCES: SPACELAB INTEGRATION

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: 100000.00 =se¢

COMMAND/CONTROL : LEVEL: A LOCATION: G RATE: 0.I0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITIONRATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL :

# OF DISPLAYS:

60.00 SEC

IOC GROWTH

20.00 KIPC 40.00 KIPC

I .O0/ER i .O0/HR

128. O0 KBYTES 256. O0 KBYTES

64. O0 KBYTES 128. O0 KBYTES

1000. O0 KBYTES 1000. O0 KBYTES

0.00_ IN 0. OOHRS O. 00_ IN 0.. 00HRS

O. O0 KBTTES O. O0 KBYTES

0 0

•G-206
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.7 NAME: SIMULATE SPACE STATION PROCESSORS

DATA SOURCES: SPACELAB INTEGRATION

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

100.00 nse¢

LOCATION: G RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

0.I0

60.00 SEC

IOC GROWTH

2.00 KIPC 4.00 KIP(:

I. O0/HR I. O0/HR

256.00 KBYTES 512.00 KBYTES

128.00 KBYTES 256. O0 KBYTES

512.00 KBY'FES 1000.00 ENYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

O. O0 KBYTES O. O0 KBYTES

0 0

G-207
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

6.8.1

SSDS FUNCTIONAL DATA SHEET

NAME: DEFINE TRAINING PLAN

BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I000.00 nsec

LOCATION: G RATE:

0.00 E -6

0.05

PHYSICAL LOCATION CODE: G

N NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

3.00 KIPC 4.00 KIPC

i .00/DA I. 00/DA

6.00 KBYTES 8.00 KBYTES

12.00 KBYTES 16.00 KBYTES

6 . 00 KBYTES 8 . 00 KBYTES

100.00% IN 24.00HRSI00.00_ IN 24.00HRS

0.00 KBYTES 0.00 KBYTES

2 3

G-208
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.8.2 NAME: DEFINE TRAINING SCRIPT

DATA SOURCES:

METHODOLOGY: BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY A.._T.T_)WABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I000.00 nsec

LOCATION: G RATE:

0.00 E -6

SYSTEM DEPENDENCY CODE: N PHTSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIltEMEFI'S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISRABILITY:

ARCHIVAL:

# OF DISPLAYS:

O. 50

0.00 SEC

IOC GROWTH

3.00 KIPC 5.00 KIPC

I. 00/DA i. 00/DA

14.00 KBYTES 18.00 KBYTES

20. O0 KBYTES 30. O0 KBYTES

14. O0 KBYTES 30. O0 KBYTES

100.00_ IN 24.00HRSlO0.O0_ IN 24.00HRS

0.00 KBYTES 0.00 KBYTES

3 4

G-209
20-6UL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

6.8.3

SSDS FUNCTIONAL DATA SHEET

NAME: DEFINE MODEL REQUIREMENTS

BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 asec

COMMAND/CONTROL: LEVEL: A ' LOCATION: G RATE: 0.50

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N

REQUIREMEFI'S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL: 0.00 SEC

IOC GROWTH

2.00 KIPC 3.00 KIPC

1.001DA 1.00/DA

12.00 KBYTES 18.00 KBYTES

16.00KBYTES 20.OOKBYTES

1R.00 KBYTES 18.00 KBYTES

100.00% IN 24.00HRS100.00% IN 24.00HRS

0.00KBYTES 0.00KBYTES

1 2

G-210
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.8.4 NAME: CONFIGURE SIMULATION

DATA SOURCES:

METHODOLOGY: BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 1000.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: O,G HATE:

DATA QUALITY: MAXIMUM BIT ERROR HATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y

REQUIREMEF_S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION HATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

O. 50

NUMBER : 4 INTERVAL : 0.50 SEC

IOC GROWTH

2.00 KIPC 3.00 KIPC

4.00/DA 4.00/DA

lfl.O0 KBTTES 18.00 KBYTES

36.00 KBYTES 40.00 KBYTES

32.00 KBYTES 38.00 KBYTES

100.00% IN 12.00HRSlO0.00% IN 12.00HRS

0.00 KBYTES 0.00 KBYTES

4 5

G-211
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.8.5 NAME: CONDUCT TRAINING EXERCISE

DATA SOURCES:

METHODOLOGY: BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 80.00 msec

COMMAND/CONTROL: LEVEL: I LOCATION : O, G RATE :

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH :

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 26 INTERVAL:

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

i. 00

0.08 SEC

10C GROWTH

4.00 KIPC 6.00 KIPC

2. 001S 2. 001S

64.00 KBYTES 80.00 KBYTES

64.00 KBYTES 80.00 KBYTES

a0.00 KBYTES 30.00 KBYTES

I00.00_ IN 4.00ERSI00.00% IN 4.00ERS

0.00 KBYTES 0.00 KBYTES

O 0

G-212
20-6UL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.8.6 NAME: EVALUATE OPERATOR PERFORMANCE

DATA SOURCES:

METHODOLOGY: BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY _WABLE: 80.00 nsec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0_50

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEP_NDENCTCODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: _ INTERVAL: 1. O0 SEC

REQUIREMEF_S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC GROWTH

3.00 KIPC 5.00 KIPC

12.50/S 12.50/S

12.00 KBYTES 16.00 KBYTES

la. O0 KBYTES 16. O0 KBYTES

12.00 KBYTES 16.00 KBYTES

100.005 IN 24.00ERSIO0.O0_ IN a4.0OHRS

O. O0 KBTTES O. O0 ]:BYTES

i 2

G-213
20-JUL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

6.8.'7

SSDS FUNCTIONAL DATA SHEET

NAME: MAINTAIN OPERATOR TRAINING STATUS

BACKGROUND EXPERIENCE

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: II NUMBER: 0 INTERVAL:

REQUIREItEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUI_ :

DATA STORAGE : SECONDART :

PERI SHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I000.00 nsec

LOCATION: G RATE:

0.00 E -6

0.05

0.00 SEC

I0C GROWTH

2.00 KIPC 3.00 KIPC

1 . 00IS 1.00IS

6. O0 KBYTES 9.00 KBYTES

8.00 KBYTES 10.00 KBTTES

8.00 KNYTES 10.00 KBTTES

100.00_ IN _4.00HRS100.00_ IN 24.00HRS

128.00 KBTTES 180.00 KBYTES

1 2

G-214
20-JUL-1985

FUNCTION NO: 6.9.1

DATA SOURCES: NASA PROJECTS/CONTRACTOR DOCUMENTS/PROCEDURES/SIZING

METHODOLOGY: NASA S/W CONF. CONTROL PAST POLICIES; PLUS SHUTTLE

SSDS FUNCTIONAL DATA SHEET

NAME: CONFIGURATION CONTROL _ MANAGEMENT SU_PORT

500.00 msec

LOCATION: U,G RATE:

1.00 E -6

PHYSICAL LOCATION CODE: M

NUMBER: 0 INTERVAL:

EXPERIENCE SIZING

RESPONSE TIME: I/0 DELAY _WABLE:

COMMAND/CONTROL: LEVEL: I,M

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

IOC

0.00 KIPC

0.00/

1200.00 KBYTES

0.00 KBYTES

50000000.00 KBYTES

0.00_ IN 0.00_S

50000000.00 KBYTES

25

REQUZREMEFI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUI_:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

I. 00

0.00 SEC

GROWTH

0.00 KIPC

0.001

1200.00 KBYTES

0.00 KBYTES

75000000.00 KBYTES

0 .00_ IN 0 .00ERS

75000000. O0 ][BYTES

25

G-215
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.9.2 NAME: REQUIREMENTS ANALYSIS _ GENERATION TOOLS

DATA SOURCES: NASA PRO6ECTS/CONTRACTOR DOCUMENTS/PROCEDURES/SIZING

METHODOLOGY: NEED BETTER REQUIREMENTS ACCESS AND TOOLS, SHUTTLE

EXPERIENCE USED FOR SIZING

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMI4AND/CONTROL: LEVEL: I,M

DATA QUALITT: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 ssec

LOCATION: U RATE:

0.00 E -6

PHYSICAL LOCATION CODE: M

NUMBER: 0 INTERVAL:

• REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITT:

ARCHIVAL:

# OF DISPLAYS:

I0C

0.00 KIPC

0.001DA

600.00 KBTTES

0.00 KBTTES

0.00

0.00 SEC

GROWTH

0.00 KIPC

0.001

0.00 KBYTES

0.00 KBYTES

I00OOO000.00 KBTTES 200000000.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00HRS

200000000.00 KBYTES 400000000.00 KBYTES

5 0

20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.9._ NAME: DESIGN 8 CODE GENERATION

DATA SOURCES: NASA PROJECTS/CONTRACTOR DOCUMENTS/PROCEDURES/SIZING

METHODOLOGY: NEED IMPROVED TOOLS _ SUPPORT OF DISTRIBUTED USERS.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I,M

DATA QUALITT: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 =sec

LOCATION: U RATE:

0.00 E -6

PHYSICAL LOCATION CODE: M

0.00

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

NUMBER: 0 INTERVAL: 0. O0 SEC

IOC

0.00 KIPO

0.00/DA

4200.00 KBYTES

0.00 KBYTES

GROWTH

0.00 KIPC

0.00/

0.00 KBYTES

0.00 KBYTES

500000000.00 KBYTES 500000000.00 KBYTES

0.00_ IN O. OOHRS O. 00_ IN 0.00HRS

600000000.00 KBYTES 700000000.00 KBYTES

20 0

G-216
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.9.4 NAME: SYSTEM BUILD _ DELIVERY

DATA SOURCES: NASA PROJECTS/CONTRACTORS/PROCEDURES/SIZING

METHODOLOGY: NEED DISTRIBUTED ACCESS PROCESS

RESPONSE TIME: I/O DELAY ALLOWABLE: 500.00 nsec

COMMAND/CONTROL: LEVEL: l,M LOCATION : U RATE : O. O0

DATA QUALITY: MAXIMUM BIT ERROR RATE: 0.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N PHYSICAL LOCATION CODE: M

DIAGNOSTICS/SELF TEST: REQUIRED: NUMBER: 0 INTERVAL: O. O0 SEC

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

O. O0 KIPC

0. O01DA

6440. O0 KBTTES

O. O0 KBTTES

GROWTH

0.00 KIPC

0.00/

0.00 KBYTES

0.00 KBYTES

I00000000.00 KBYTES 200000000.00 KBYTES

0.00_ IN O.OOHRS 0.00% IN O.OOHRS

300000000.00 KBYTES 600000000.00 KBYTES

28 0

G-217
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.9.5 NAME: TESTING _ ANALYSIS

DATA SOURCES: NASA PROJECTS/CONTRACTORS/PROCEDURES/SIZING

METHODOLOGY: NEED EFFICIENT PROCESS FOR MAINTAINING 8 INTEGRATING

RECON. DATA

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I,M

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 nsec

LOCATION: U RATE:

0.00 E -6

PHYSICAL LOCATION CODE: M

NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

0.00 KIPC

0.00/DA

5600° 00 KBTTES

0.00 KBYTES

I00000000.00 KBYTES

0,00

0.00 SEC

G_WTH

0.00 KIPC

0.00/

5600.00 KBYTES

0.00 KBYTES

I00000000.00 ][BYTES

0.00_ IN - 0.00HRS 0.00_ IN 0.00HRS

100000000.00 KBYTES 100000000.00 KBYTES

40 40

G-218
20-JUL- 198S

FUNCTION NO :

DATA SOURCES :

METHODOLOGY: MUST IMPROVE GENERATION.

FOR ALL S/W DOCUMENTATION

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I.M

DATA QUALITY: MAXIMUM BIT ERROR RATE:

•SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMEFI_ :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMEXT:

DATA STORAGE : SECONDARY:

PERISHABILITY : .

ARCHIVAL:

# OF DISPLAYS:

SSDS FUNCTIONAL DATA SHEET

6.9.6 NAME: DOCUMENTATION

NASA PROJECTS/CONTRACTORS/PROCEDURES/SIZING

ACCESS • MAINTENANCE METHODS

LOCATION:

0.00 E -6

500.00 msec

U RATE:

PRTSICAL LOCATION CODE: M

NUMBER: 0 INTERVAL:

0.00 '

0.00 SEC

IOC GROWTH

O. O0 KIPC O. O0 KIPC

O. O01DA O. 001

700. O0 KBYTES O. O0 KBYTES

O. O0 KBTTES O. O0 KBYTES

300000000. O0 KBYTES 500000000. O0 KBYTES

O. 00_ IN O. OOHRS O. 00_ IN O. OOHRS

300000000. O0 KBYTES 500000000. O0 KBYTES

25 0

G.219
20-JUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 6.9.7 NAME: COMMUNICATIONS

DATA SOURCES: NASA PRO6ECTS/CONTRACTORS/PROCEDURES/SIZING

METHODOLOGY: NEED WORKABLE COMMUNICATION FUNCTION TO ACCESS S/W,

DOCUMENTS, AND C/O DATA BETWEEN SITES.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I,M

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCT CODE: N

DIAGNOSTICS/SELF TEST: REQUIRED:

500.00 aseQ

LOCATION: U RATE:

0.00 E -6

PHYSICAL LOCATION CODE: M

NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C

0.00 KIPC

0.00/DA

700.00 KBYTES

0.00 KBYTES

25000000.00 ][BYTES

0.00

0.00 SEC

GROWTH

0.00 KIPC

0.001

0.00 KBYTES

0.00 KBYTES

0.00 KBYTES

O. 00_ IN 0.00HRS 0.00_ IN 0. OOHRS

25000000.00 KBYTES 0.00 KBYTES

20 0

G-220
20-dUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO : 6.9.8 NAME: RECONFIGURATION DATA MANAGEMENT .

DATA SOURCES: NASA PROJECTS/CONTRACTORSPROCEDURESSIZING

METHODOLOGY: NEED EFFICIENT PROCESS FOR MAINTAINING AND INTEGRATING HECON

DATA.

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I ,M

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

I

SYSTEM DEPENDENCY CODE: U

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREME_S :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE :

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUI_ :

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

OF DISPLAYS:

500.00 nsec

LOCATION: U RATE:

0.00 E -6

0. O0

PIITSICALLOCATION CODE: M

NUMBER: 0 INTERVAL : 0.00 SEC

10C GROWTH

0.00 KIPC 0.0O KIPC

0. 001 0.00/

5600.00 KBTTES 0. O0 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00 KBYTES 500000000.0O KBYTES

0.005 IN 0.00BRS 0.00% IN 0.00HRS

100000000.00 KBYTES 500000000.00 KBYTES

50 0

t

G.221
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.1.1

SSDS FUNCTIONAL DATA SHEET

NAME: ANALYZE SYSTEM PERFORMANCE

RESPONSE TIME: I/O DELAY ALLOWABLE: 10000.00 nseo

COMMAND/CONTROL: LEVEL: I LOCATION: G RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDART:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

10000.00 SEC

IOC GROWTH

1000.00 KIPC 1000.00 KIPC

8 . 00IDA 8 . 00IDA

1000.00 KBYTES 1000.00 KBYTES

I000.00 KBTTES I000.00 KBYTES

0.00 KBTTES 0.00 KBYTES

O. 00_ IN 0.00HRS 0.00_ IN 0.00HRS

O. 00 KBYTES 0.00 KBYTES

i I

G-222
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.1.2 NAME:

SSDS FUNCTIONAL DATA SHEET

DETERMINE EFFECTS ON INTEGRATED PLAN .

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y

REQUIREMEFI'S:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL:

# OF DISPLAYS:

i0000.00 nsec

LOCATION: G RATE:

1.00 E -6

0.01

NUMBER: 0 INTERVAL: 10000.00 SEC

IOC GROWTH

I00.00 KIPC I00.00 KIPC

4.001ER 4.00/ER

I00000.00 KBYTES i00000.00 KBYTES

I00000.00 KBYTES I00000.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN O. OOHRS O. 00_ IN 0. OOHRS

0. O0 KBYTES O. 00 KBYTES

8 8

G-223
20-6UL- 1985

FUNCTION NO :

DATA SOURCES :

METHODOLOGY :

7.1.3

SSDS FUNCTIONAL DATA SHEET

NAME: ANALYZE AFFECTED PLANS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH :

10000.00 msec

LOCATION: G RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: T NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.01

i0000.00 SEC

I0C GROWTH

I00.00 KIPC I00.00 KIPC

4.001ER 4.001HR

I00000.00 KBYTES I00000.00 KBYTES

i00000.00 KBYTES I00000.00 KBYTES

0. O0 KBYTES 0.00 KBYTES

0.00_ IN 0.00ERS 0.00_ IN 0.00HRS

0. O0 KBTTES 0 .00 KBTTES

8 8

G-224
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.1.4

SSDS FUNCTIONAL DATA SHEET

NAME: ANALYZE IMPACT OF PROGRAM CHANGES

RESPONSE TIME: I/0 DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

10000.00 nsec

LOCATION: G RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORT: PROGRAM SIZE:

DATA REQUIREMEHT:

DATA STORAGE : SECONDART:

PERISHABILITY:

ARCHIVAL:

OF DISPLAYS:

IOC.

I000. O0 KIPC

I. 00/DA

I000.00 KBYTES

1000.00 KBYTES

0.00 KBYTES

0.00_ IN 0.0OHRS

0.00 KBYTES

i

0.00

0.00 SEC

GROWTH

I000. O0 KIPC

I. 00/DA

I000. O0 KBYTES

I000. O0 KBYTES

0.00 KBYTES

0.005 IN O.OOHRS

0. O0 KBYTES

I

G-225
20-dUL-1985 SSDS FUNCTIONAL DATA SHEET

FUNCTION NO: 7.2 NAME: LOG CUSTOMER USAGE OF SYSTEM

DATA SOURCES:

METHODOLOGY: ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: I0000.00 nsec

COMMAND/CONTROL : LEVEL : A LOCATION: G RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHTSICAL LOCATION CODE: R

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY :

PERISHABILITY :

ARCHIVAL :

# OF DISPLAYS:

0.00 SEC

10C GROWTH

1.00 KZPC 1.00 KIPC

45.00/DA 75 .00/DA

I0.00 KBYTES I0.00 KBYTES

I0.00 KBYTES 15.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN 0.00BRS 0.00_ IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

0 0

G-226
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.3.1

SSDS FUNCTIONAL DATA SHEET

NAME: ANALYZE SYSTEM OPERATION

RESPONSE TIME: I/0 DELAY ALLOWABLE: 0.00 nsec

COMMAND/CONTROL: LEVEL: I LOCATION: G RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: S PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

IOC GROWTH

I000.00 KIPC i000.00 KIPC

0. 101DA 0.10/DA

I000.00 KBYTES I000.00 KBYTES

I000.00 KBYTES i000.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00% IN 0.00HRS 0.00% IN 0.00HRS

0.00 KBYTES 0.00 KBYTES

2 2

G-227
20-JUL-Ig85

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.5.2 NAME :

SSDS FUNCTIONAL DATA SHEET

UPDATE TECHNICAL DOCUMENTS

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

0.00 nsec

LOCATION: N RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMESTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMERT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

0.01

O. O0 SEC

I0C GROWTH

i0.00 KIPC 10.00 KIPC

0.10/DA 0.I0/DA

I0.00 KBYTES I0.00 KBYTES

100.00 KBYTES 100.00 ][BYTES

SO00000.00 KBYTES SO00000.00 KBYTES

0.00_ IN 0.00HRS 0.00_ IN 0.00ERS

0.00 KBTTES 0.00 KBYTES

0 0

G-228
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.3._

SSDS FUNCTIONAL DATA SHEET

NAME: ANALYZE PROGRAM CHANGES

RESPONSE TIME: I/O DELAY ALLOWABLE: 100000.00 msec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E --6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUI_:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUI_:

DATA STORAGE: SECONDARY:

PERISRABILITT:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

IOC GROWTH

I00.00 KIPC 0.00 KIPC

0.101DA O. 00/

I000. OO KBYTES O. O0 KBYTES

I000.00 KBYTES 0.00 KBTTES

0. O0 KBYTES O. O0 KBYTES

O. 00_ Ill 0. OOHRS O. 00_ IN 0.00HRS

O. O0 KBYTES 0.00 KBYTES

0 I

G-229
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.3.4 NAME:

SSDS FUNCTIONAL DATA SHEET

TRANSMIT PROCEDURES

RESPONSE TIME: I/O DELAY ALLOWABLE: 100000.00 sse¢

COMMAND/CONTROL: LEVEL: A,I LOCATION: 0 RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

HEQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

0.00 SEC

IOC GROWTH

I0.00 KIPC I0.00 KIPC

l. 00/DA 2.00/DA

10.00 KBYTES 10.00 KBYTES

100.00 KBYTES 100.00 KBYTES

0.00 KBYTES 0.00 KBYTES

0.00_ IN O. OOBRS O. 00_ IN O. 00HRS

O. O0 KNrrES 0.00 KBYTES

0 0

G-230
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.4.1

SSDS FUNCTIONAL DATA sHEET

NAME: MONITOR CUSTOMER INVENTORIES

RESPONSE TIME: IlO DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I

DIAGNOSTICS/SELF TEST: REQUIRED:

REQUIREMENTS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I00000.00 nsec

LOCATION: G RATE:

1.00 E -6

4

PRTSICAL LOCATION CODE: G

N NUMBER: 0 INTERVAL:

IOC

I00.00 KIPC

30.00/DA

100.00 KBYTES

10000.00 KBYTES

0.00 KBYTES

0.00% IN 0. OOW_.S

0.00 KBTTES

3

0.01

O. O0 SEC

GROWTH

100.00 KIPC

30.00/DA

I00.00 KBYTES

I0000. O0 KBYTES

O. O0 KBYTES

0.00% IN O. OOHRS

O. O0 KBYTES

3

G-231
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.4.2

SSDS FUNCTIONAL DATA SHEET

NAME: MONITOR STATION INVENTORIES

RESPONSE TIME: I/O DELAY ALLOWABLE:

COMMAND/CONTROL: LEVEL: A.I

DATA QUALITY: MAXIMUM BIT ERROR RATE:

SYNCHRONIZATION WITH:

i00000.00 msec

LOCATION: N RATE:

1.00 E -6

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: B NUMBER: 0 INTERVAL:

REQUIREMEFrS:

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA sToRAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

• OF DISPLAYS:

IOC

100.00 KIPC

.O0/HR

100. O0 KBYTES

1000. O0 KBTTES

700000. O0 KBYTES

0.00_ IN 0. OOHRS

0. O0 KBYTES

3

0.01

0.00 SEC

GROWTH

100.00 KIPC

1.O0/HR

100.00 KBYTES

2000.00 KBYTES

700000.00 KBYTES

0.00_ I_ 0.00HRS

0.00 KBYTES

5

G-232
20-6UL-1985

FUNCTIONO:

DATASOURCES:

METHODOLOGY :

7.4._ NAME:

SSDSFUNCTIONALDATASHEET

MONITORGROUNDFACILITYINVETORIES.

RESPONSETIME: I/0 DELAYALLOWABLE: I00000.00 =sec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: I PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: N NUMBER: 0 INTERVAL:

REQUIREMEFrS :

DATA PROCESSING INSTRUCTIONS PEN CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE : SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

I0C

I00.00 KIPC

I. 00/DA

I00.00 KBYTES

I000.00 KBYTES

600000. O0 KBYTES

0.00_ IN 0.00HRS

0. O0 KBYTES

3

0.00 SEC

GROWTH

i00.00 KIPC

1.00/DA

i00.00 KBYTES

2000.00 KBYTES

600000.00 KBYTES

0.00_ IN O. OOHRS

0.00 KBYTES

3

G-233
20-JUL-1985

FUNCTION NO:

DATA SOURCES:

METHODOLOGY:

7.5

SSDS FUNCTIONAL DATA SHEET

NAME: CONFIGURATION MANAGEMENT

ENGINEERING ESTIMATE

RESPONSE TIME: I/O DELAY ALLOWABLE: I00000.00 ssec

COMMAND/CONTROL: LEVEL: A LOCATION: G RATE: 0.01

DATA QUALITY: MAXIMUM BIT ERROR RATE: 1.00 E -6

SYNCHRONIZATION WITH:

SYSTEM DEPENDENCY CODE: G PHYSICAL LOCATION CODE: G

DIAGNOSTICS/SELF TEST: REQUIRED: Y NUMBER: 0 INTERVAL:

REQUIREMENTS :

DATA PROCESSING INSTRUCTIONS PER CYCLE:

REPETITION RATE:

PROCESSOR MEMORY: PROGRAM SIZE:

DATA REQUIREMENT:

DATA STORAGE: SECONDARY:

PERISHABILITY:

ARCHIVAL:

# OF DISPLAYS:

IOC

I. 00 KIPC

0.10/DA

5.00 KBYTES

2.00 KBYTES

0.00 ][BYTES

0.00_ IN 0 .00HRS

0.00 KBYTES

0

I0000.00 SEC

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1.00 KIPC

0.10/DA

5.00 KBYTES

2.00 EBYTES

0.00 KBYTES

0.00% IN 0.00HRS

0.00 KBYTES

0

G-234
APPENDIX H

FUNCTION ALLOCATION MATRIX

s

H°I"
APPENDIX H

FUNCTION ALLOCATION MATRIX

The hlerarchlal functions llst developed In task 1 has been reviewed and

allocated to subsystems and location based on task 3 trade studies and task 4

analysis. This appendix contains the results of that allocation.

The matrix is divided into four sets of tables. The first set documents the

assignments to the space and ground systems. The first two columns show IOC

allocation and the second two columns show the growth allocation. The next

set of four columns show the allocation to the spacecraft systems_ STAI I_

the Space Station and its associated ground facilities. Similarly. COP and

POP a11ocatlons include their ground facilities. Common refers to fac_11t_a_

whose function is common to the three systems, such as the Data Handllnl

Center.

The second set of tables shows the allocation to ground facilities. The

identifiers are all standard, and will not be repeated. The thlrd set or

tables shows the allocation to onboard subsystems defined in the reference

configuration. The facility set shows the allocation to Space Station

modules. LOG is the logistics module, and the rest of the locations are _el_

explanatory.

No specific allocation of platform functions to platform physical 1ocatlo,_

has been attempted. These decisions were left to the discretion of the

platform designers.

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