BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 197237

## 5140 Electronic Parts Engineering – Organization Chart

**Technical Staff**
- Barry, Peter  4-0704
- 5Bell, Bryan  4-0876
- Snyder, Wendy  3-4050
- White, Mark  3-4173

- .

- 1Agarwal, Shri  4-5598
- Bivins, Gary  3-1888
- Chen, Yuan  3-0940
- Heidecker, Jason  3-7567
- 5Perret, Jonathan  4-5438
- 1Powell, Ed  4-3188
- 5Reed, Erik  4-0681
- Roosta, Ramin  4-7385
- Skinner, James  3-4032
- 1Weiler, James  3-6814

- DF 06/28/2006

**5143: Project Support**
- Menke, Rob  3-7780

**5141: Parts Engineering**** **Sheldon, Doug  3-5113

- 1Adams, Jack  4-7744
- Brown, Tom  3-6452
- Cooper, Mark  4-6175
- Erginsoy, Ed  4-5750
- Fernandes, Nayla  3-4175
- Funaiole, Dennis  4-8556
- Franzen, Don  4-1871
- 1Gurwitz, Allen  4-6246
- Harris, Cate  3-7278
- Lewis, Dorothy  4-1657
- McClure, Steve  4-0482
- Parks, Michael  4-5813
- Piacentine, Jamie  3-7547
- Sokol, Jeff  3-5469
- Stanford, Kelly  3-6716

- Gallegos, Manny  3-6819
- Johnson, Sid  4-2298
- 5Leon, Rosa  3-9066
- Okuno, James  4-8625
- Petkov, Mihail   4-1715
- Ruiz, Ron  4-2184
- Uribe, Jose  4-0322
- Vu, Duc  4-2019

**5145: Reliability & Failure**
**Analysis**
- Smith, Pat  4-8749

**5144:Radiation Effects**
- 5Johnston, Allan  4-6425

- Allen, Greg  3-7558
- Becker, Heidi  3-5491
- Benali, Simo  3-7525
- Chavez, Rosa (LOA)  3-6895
- Edmonds, Larry  4-2778
- 1Farmanesh, Farhad 3-5498
- Guertin, Steve  4-1637
- Harris, Rick  3-6872
- Irom, Farokh  4-7463
- Laird, Jamie  4-6167
- Miyahira, Tets  4-2908
- Nguyen, Duc  4-8554
- O’Connor, Mike  4-5595
- Rax, Bernie  4-9799
- Scheick, Leif  4-3272
- 3Selva, Luis  4-5751
- 1Solario, Joe  3-6815
- 5Swift, Gary  4-5059
- Thorbourn, Dennis  4-1830

**5140 Electronic Parts Engineering – Organization Chart**

_**Parts Reps**_
- Drake, Debbie  4-6335
- Ellis, Kristan  4-1636
- Pardiwala, Chandra  3-7250
- 1Piacentine, Joe  3-7208
_**Parts Screening**_
_**Coordinator**_
- Island, Denise  3-4144
_**Order Desk**_
- Wono, Carolina  3-6818
_**Flight Storekeeper**_
- 1Dominguez, Alice  4-5425
- 1Lovers, Corey  4-5425
- 1Stiebel, Richard  4-5425

**5142: Parts Acquisition**** **
- Chiang, Nancy  4-0949

*JPL - 78*
- 1*CAT-A - 12*
- 3*APX – 02*
- 5*Principal - (6)*
*8**Summer -7*
*Total – 90*

- .

- 3Fong, Danny  4-8486
- Mayo-Cupples,Linda
-   4-0721/ 45902
- Odell, Dorice  3-1057

**5146:Parts Process Mgmt**
-  vacant

**Executive Management**
- Evans, Kristan – Manager  3-0775
- Schöne, Harald - Deputy Manager  3-1736
- [Rowe, DiDi – Secretary  4-5591]

- .

- 8Amato, Joel  4-8556
- Berumen, Yvette  4-5723
- Carrillo, Tracy  3-9010
- 8Crawford, Rick  4-0108
- 8Jones, Jason  4-4183
- 8Lau, Jeffrey  4-5570
- 8Menches, Heidi  4-4183
- Rowe, DiDi  4-5591
- 8Spence, Penelope  4-5573
- 8Van Tol, Robert  237-7536
- Westgate, Joan  4-9529
- Wilde, Kathie  3-6031
- 1Wilson, Amy  3-1770
- Yang, Flora  3-4737

- .

**5147: Administrative Staff**
- Chilicki, Michael  4-3222

- [Carrillo, Tracy  3-9010]

- [Wilde, Kathie  3-6031]

- [Westgate, Joan  4-9529]

- [Westgate, Joan  4-9529]

- [Wilson, Amy  3-1770]

- [Westgate, Joan  4-9529]

- [Wilson, Amy 3-1770]
# Presentation: 696933

## The Automated Export Reporting Program  (AERP)

## The Automated Export Reporting Program  (AERP)

- Program Initiated 1969
- Exporters, freight forwarders and carriers
- Census Stopped Accepting New Applications for AERP in July of 1995
- Current Participants First Advised of December 1999 Program Termination in 1995.

## Notification of AERP End

- Letter Sent to Current AERP Participants Advising of 1999 End of Year Processing Schedule May 5, 1999
- August  12
- September 29
- Reminder postcards
- Final reminder letter in late November

## Current Status of AERP Filers

- 252 Active AERP Filers
- 165 Letters of Intent (LOI’s) to Participate in AES filed by AERP Participants to Date
- 68 are operational on AES with 23 of these companies registered for AES*Direct*
- 32 are Option 4 filers

## 1999 End of Year Processing Schedule

- November 1999 Report Must be Received in the Data Collection Coordination Branch (DCCB) by December 10, 1999.

## 1999 End of Year Processing Schedule(Continued)

- December 1999 Report Must be Received in DCCB by December 27, 1999
- 	This will enable response back to filers in the event of problem transmissions, Etc.  It will also enable DCCB staff to correct data errors by the cut-off date.

## 1999 End of Year Processing Schedule(Continued)

- Any Previous Unreported Data or Late Corrections to Data Must be Reported to DCCB by November 30, 1999.
- 	Again, this gives Census staff an opportunity to respond to errors, incomplete transmission, and unreadable diskettes prior to the end of year processing and closeout.

## Year 2000 Monitoring

- Starting In January 2000, Data Receipts For All Previous AERP Participants Will be Monitored Closely to Ensure Proper Filing Through AES or Manual Paper SED Submission.
# Presentation: 709760

## Advanced Query forCensus 2000 Data Users 

- Jennifer Holland
- April 29, 2003
- State Data Center Regional Meeting

## Value of Advanced Query 

- Provides necessary tabulations for policy making that are not available in the summary files
- Produce millions of tabulations impossible to include in summary files
- Technology employed provides prospects for the future

## Tabulations for Policy Makingnot in Summary File 3 

| Education | Income | Housing and Households |
| --- | --- | --- |
| Educational attainment by income
 | Earnings by occupation | Farm status by acreage |
| Citizenship by employment status by educational attainment | Race by class of worker by earnings | Mortgage payment by real estate taxes by
household income |
| Sex by educational attainment by salary income
 | Employment status by family income
 | Number of people in family by family total income |

## Immigration

- 	Kentucky needs count of male non-citizens by employment status and educational attainment by county for jobs programs

## Wage Disparities

- 	DC metropolitan area evaluation of income disparities between whites and blacks in government jobs

## Real Estate Taxes

- 	California wants to determine tax burden on homeowners by comparing taxes to mortgage and income

## Child Care

- 	Pennsylvania needs information on income of grandparents who are economically responsible for grandchildren in large cities

## Housing Needs

- 	Housing authority in King county and Spokane, Washington need information for assessment of housing needs

## Number of Tabulations  Summary Files (SF)

**SF1= 319**
- 	286 Detailed tables
- 	 16  Quick tables
- 	 17  GCTs
**SF2 Iterations =13,572 **
- 	 47  Detailed tables x 250
- 	   7  Quick tables x 250
- 	   8  GCTs x 9
**Total 100 percent tables**
- 	13,891 without population threshold

**SF3 = 860**
-    813  Detailed tables
- 	 39 Quick tables
- 	   8 GCTs
**SF4 Iterations = 120,326**
-    323   Detailed tables x 336
- 	  7   Quick tables x 86
-       33  Quick tables x 336
-  	 12  GCTs x 9
**Total sample tables**
- 	121,186 without population threshold

## Number of Possible Tabulations  Advanced Query (AQ)

**AQ 100 Percent Data**
- 	52  universes
- 	28 characteristics
- 	1-3 per tabulation
**Total number of tables**
- 191,464 w/o filters

**AQ Sample Data**
- 	127 universes
- 	200 characteristics
- 	1- 3 per tabulation
**Total number of tables**
- 158,686,500 w/o filters

## Automated Disclosure Avoidance

- Approximately half of the AQ combinations will not
- pass the filters for the areas chosen. The system
**	****Limits what the user may select when creating a tabulation**
**	****Examines each geographic area in the tabulation for scarcity before it is released**
**	****Blocks dissemination of areas with sparse tabulations**

## Summary of Current Technology

- Create tabulations on the fly from microdata on the web
- Block sparse tables with automated disclosure  avoidance filters
- Fast calculation and download

- Many download options EXCEL, CSV, HTML, Plain Text
- Ability to compute statistical  measures
- Flexibility in table formats
# Presentation: 488484

## eRA Web Query TooleRA Symposium April 30, 2003

- <date/time>

- eRA Web Query TooleRA Symposium April 30, 2003

- <footer>Electronic Research Administration
- National Institutes of Health

## Plethora of eRA Query Toolsand Access Methods

- ICSTORe
- QuickView
- CRISP Plus
- IQR
- CRISP on the Web
- ICO

- QVR/ECB
- Ad Hoc Query
- IRDB Power Views
- BA-specific Query Screens

## Plethora of eRA Query Tools

- Confusing for users – too many choices!
- Users want features provided in newer tools to be reproduced in older tools
- Duplicative functionality inefficient use of resources
- Project decision to migrate from Client/Server to J2EE Architecture – Migration Plan recommendation
- Desire to update & improve appearance to a real Web UI
- Desire to provide same interface for some reporting functions to internal and external users

## To retain the unique requirements of each interface/access method while eliminating unnecessary duplication

- The** Challenge:**

- <footer>Electronic Research Administration
- National Institutes of Health

## The Solution: eRA Reporting Tool Consolidation:Eliminating Redundancy and Improving Usability

**Power Views**
**QuickView**
**Pre-Programmed Reports**
**Materialized Views**
**Ad Hoc Query**
**CRISP Plus**

| Tool Type | Target Audience |
| --- | --- |
| Simple Web-enabled reporting-QVR | Novice |
| More Complex | Advanced |
| Most Complex | Expert |

- Reporting tools access previous day’s data; real-time reporting available via IMPAC II modules.

- The Solution: eRA Reporting Tool Consolidation:*Eliminating Redundancy and Improving Usability*

## Web Query Tool

- Overview of Screens and Capabilities

## Most frequently used query parameters

***Most frequently used query parameters***
***For category appear. To see more***
***Query parameters for same category,***
***Click ‘+’.***

## User can select individual

***User can select individual***
***Screens with different categories ***
***Of query parameters, or ***
***‘******Show All Basic’ or ‘Show All Expanded’***

## Slide 9

## Slide 10

## Slide 11

## Slide 12

## Slide 13

## Slide 14

## Slide 15

## Slide 16

## Slide 17

## Slide 18

## Slide 19

## Basic hit list

***Basic hit list***

## Expanded hit list w/links

***Expanded hit list w/links***

***Each data element***
***Will appear in Excel***
***In separate column***

## Web Query Tool

- User Interface Details

## Slide 23

## Other person related demographic

***Other person related demographic***
***parameters to be determined.***

## Slide 25

## Slide 27

## Slide 28

## Slide 29

## Slide 30

## Slide 31

## Slide 32

## Quick sort by column hdrs

***Quick sort by column hdrs***

## Three level nested sort

***Three level nested sort***

## Expanded hit list w/links;

***Expanded hit list w/links;***

## Slide 36

## Slide 37

## Slide 38

## Slide 39

## Slide 40

## Slide 41

## Slide 42

## Slide 43

## Slide 44

## Slide 45

## Slide 46

## Slide 47
# Presentation: 146420

## MAST Error Field Studies

- T C Hender, G Cunningham and D F Howell
- EURATOM/UKAEA Fusion Association
- Presented by G. Turri

-  4 new Error Field Correction Coils installed on MAST

## Slide 2

## MAST Error Field Experiments

**Constant Bt=-.55T, Ip=600kA**

- -8

- -6

- -4

- -2

- 0

- 2

- 4

- 6

- 8

- -8

- -6

- -4

- -2

- 0

- 2

- 4

- 6

- 8

**EFC A current [kAt]**

**EFC B current [kAt]**

- ne=2.0e19

- ne

- SXR

- IEFCC

- D

- br

- Lock time

*Intrinsic error*

*Circle radius =    field for locked mode*

## Error Correction Extends Operating Space

- No EFCCs, optimal EFCCs

- Central SXR

- Ip

- IEFCC

## Density Scaling

**IPB, NF 1999*

**0.0E+00**

**1.0E-04**

**2.0E-04**

**0.0E+00**

**5.0E+18**

**1.0E+19**

**1.5E+19**

**2.0E+19**

**n**

**e**

** ****(m**

**-3**

**)**

**|B**

**r**

**2,1**

**|/B**

****

*JET IPB*

*MAST*

*n/n**G**=0.75higher l**i*

## Toroidal Field Scaling

**Constant Bt/Ip**

- -7

- -5

- -3

- -1

- 1

- 3

- 5

- 7

- -7

- -5

- -3

- -1

- 1

- 3

- 5

- 7

**EFC A [kAt]**

**EFC B [kAt]**

- Bt=0.35

- Bt=0.49

- Bt=0.60

*Need more points!*

## q-Scaling

**q**

**95**

** ****, q**

**cyl**

## Conclusions

** ****Error field limits density operation in MAST**
** ****New correction system recently installed, works properly**
** ****Measured threshold for locking**
** ****Error field correction extends operational space**
** ****Scaling seems to be consistent with other experiments**
# Presentation: 040732

## Federal PKI Evolution

- Substantial bottom-up growth in agency use of PKI (report to be published shortly)
- Successful demonstration of interoperability through Federal Bridge CA
- Imminent stand-up of Federal PKI Policy Authority under CIO Council
- Statutory imperatives (e.g., GPEA, HIPAA)

## Canada

- Cybertrust CA

- Entrust CA

*Federal Bridge CA*

- SFL
- Client

- Entrust
- Client

*Entrust*

- Entrust
- Client

- SFL
- Client

- DoD Bridge CA

*Entrust*

*Spyrus*

*Motorola*

- Entrust
- Client

*Entrust*

- NSA

- Entrust
- Client

*Entrust*

- Entrust
- Client

*Entrust*

- PCA

*Entrust*

- PCA

- CA

- PCA

- CA

- CA

- CA

- PCA

- CA

- CA

- PCA

- CA

- CA

- PCA

- NASA

- PCA

- GTRI

- PCA

- NIST 1

- Entrust
- Client

- NIST 2

- SFL
- Client

- PCA

*CYBERTRUST*

- GSA/FTS

- CYGNACOM

##      Results

- <date/time>

-      **Results**

## Participants

- Government of Canada
- NSA/DOD
- NIST
- NASA
- GSA
- Georgia Tech Research Institute

- _CA products_: Entrust; Cybertrust; CygnaCom; Spyrus; Motorola
- _Directories_: PeerLogic; ICL; Nexor; CDS; Chromatix
- _Integrators_: Mitretek; JGVanDyke; GNS; Booz Allen; CygnaCom; A&N Associates

## Conclusions and Lessons Learned

- FBCA concept works - from no domains to five operating test domains in less than two months
- Client ability to develop and process trust path straightforward to implement
- Directory interoperability is _**critical**_ to PKI interoperability
- Directory entries must line up with CAs

## Path Forward

- Complete testing and prepare report
- Proceed to develop production FBCA (late 2000)
- Stand up FPKI Policy Authority under Federal CIO Council
- Test encryption and policy mapping
- Get trust path creation and processing capability into commonly used applications
# Presentation: 770886

## Effects of Color Glass Condensate on J/ productionin nucleus-nucleus collisions

**Marzia Nardi**
**INFN  Torino (Italy)**

**Quark Matter 2008,  Jaipur**
**Feb 5, 2008**** ****(parallel session VI)**

## Work done in collaboration with:

- D. Kharzeev (BNL)
- E. Levin (Tel Aviv Univ.)
- K. Tuchin (Iowa St. Univ. & RIKEN BNL)
*in preparation*
- Extension of:
- D.Kharzeev and K.Tuchin
- Nucl.Phys. A 770(2006) 40
- [arXiv:hep-ph/0510358]

## p-p vs p-A

- In the saturation regime :  s2A1/3~1  for heavy nuclei the second process is dominant.
- Two different processes are responsible for J/ production in p-p and p-A/A-A (A heavy)              [depending on y]

- p-A : s6A1/3

- p-p : s5

## p-A :

- results

- D.Kharzeev and K.Tuchin
- Nucl.Phys. A 770(2006) 40     [arXiv:hep-ph/0510358]

## Inclusive c-cbar production in hadron-hadron collisions

## Inclusive c-cbar production in hadron-hadron collisions

- Dipole-hadron interaction:

**Hadron-(heavy)nucleus collisions**

- p-p

- p-A

## Hadron-(heavy)nucleus collisions

## Hadron-(heavy)nucleus collisions

- In the saturation regime:
- If ***Q******s******>>m******c*** :
- In hadron-hadron:

## A-A collisions at RHIC

**A-A collisions at RHIC**

## In p-p collisions this ratio is more flat 

- (away from fragmentation regions)

## J/ production: p-A

## J/ production: p-A

## J/ production: A-A

## J/ production: A-A

- In the saturation region:

## Numerical results for Au-Au @RHIC

## Data: PHENIX Collab.[PRL 98:232301,2007]

## Experiment / Theory

## Slide 20

## Summary & Outlook

- The production process of J/ in  p-A and A-A is different from p-p: initial state effects are important.
- Calculations based on CGC can reproduce y and b dependence of J/ in Au-Au at RHIC.
- Some uncertainty in absolute normalization, leaving room for final state suppression (to be fixed by comparison with p(d)-Au data).
- Next: study of lighter systems (Cu-Cu),
-           pT distribution.

## back-up slides

## Time scales

- tp = c-cbar production time
- in the pair rest frame tp0 = 1**/**2mc .
- in the nucleus rest frame (=Eg**/**2mc) : tp=Eg**/**(2mc)2
- Eg = x1 Ep
- s=(x1pp+x2pt)2=2x1x2EpM=2x2EgM
- s=(2mc)2
- tp =1**/**(2x2M)
- x2=mce-y**/**sqrt(s)
- at RHIC : x2=6.5x10-3 e-y    **t****p**** =15 e****y**** fm**

## tint = interaction time = RA/c

*at high energies *tp > tint
*or *lc=tp c* > *RA* *
- tp =15 ey fm : at forward y tp is very large
*the projectile interacts with the whole nucleus*
*eikonal approximation for the calculation of scattering amplitude *

## tf = J/ formation time

- in the pair rest frame tf0= 2**/**(m’-m)
- in the nucleus rest frame (=Eg**/**M) :                            tf = 2Eg**/**(m’-m) M
- tf0=0.45 fm  tfRHIC=41 ey fm

## Inclusive c-cbar prodution in hadron-hadron collisions
# Presentation: 185948

## Slide 1

## Addressing IssuesAt The Local Level

- Identify local level program managers
- Work through clinic logistics
- Work space
- Client schedules
- Explore clinic policies
- Can peer counselors work from home?
- Can peer counselors bring their babies to clinic?

## Addressing IssuesAt The Local Level

- Referral system within WIC
- Referrals from WIC staff
- Client certification lists
- Referral system within the community
- Follow-up upon discharge from hospitals and public health prenatal clinics
- Referrals from local providers

## Obtaining Local WIC Staff Buy-In

## 1 – Changing to a WIC automation system
2 – Dealing with contract formula changes
3 – Implementing new growth charts using   BMI for 2 and older
4 – Implementing new blood work requirements
5 – Implementing the new immunization screening      and referral policy
6 – Developing breast pump programs using WIC    food dollars  

- 2 – Dealing with contract formula changes
- 3 – Implementing new growth charts using   BMI for 2 and older
- 4 – Implementing new blood work requirements
- 5 – Implementing the new immunization screening      and referral policy
- 6 – Developing breast pump programs using WIC    food dollars

## Obtaining LocalWIC Staff Buy-In

- Basic breastfeeding training for staff
- Education for *all *staff on the role of peer counselors
- Discussion of staff concerns
- Working with nonprofessional staff
- Nonstandard work settings and schedules
- Ongoing communications to keep the staff informed
- Education for peer counselors on the WIC program

## Power Point PresentationFor Local WIC Clinic Staff

## “We work as a team at WIC. I really seek input from staff all the time. I think that was really, really important in making the program work.”

- 					             WIC Staff Member

## Promote The Program!

- In-person orientations with local providers
- Communications with public health and community programs serving similar population groups as WIC
- Promotion to WIC clients

## Slide 10
# Presentation: 782220

##    N

**PLEASE  NOTE  ITEMS**
**Prohibited  in  Building  858**
- Cell Phones  •  Palm Pilots
- Laptop Computers  •  Cameras
- Tape Recorders
- Weapons  •  Illegal Drugs

**MDL**

**GIBSON**

**Y**
**A**
**L**
**E**

**Bldg****.**

**858S**

- Albuquerque International
- Airport

- Bldg.
- 897

**   **Microelectronics  Development  Laboratory

**   *****N***
***Map not to scale***

**DIRECTIONS To Building 858 Complex**
- Enter Kirtland Air Force Base through the Eubank gate.
- Follow red arrows to Eubank gate from airport.
- Use far LEFT-HAND lane approaching Eubank gate.
- Visitors must inform Eubank gate guard that they are on “EAL” when driving up to the gate (unless they are being escorted).
- Be ready to show driver’s license, proof of insurance and vehicle registration, or rental agreement at Eubank guard gate.
**  ****Host:  _____________________  Phone:  ____________ **
- 5/06

**USE THIS MAP WHEN BRINGING IN VISITORS WITH THE EAL FORM.**  All approved uncleared foreign nationals are issued badges at the Main Badge Office (Building 800).

- 

**  ****Walkway**

**Parking for Bldgs. 897 & 858 Complex**

- visitor

**S**
**A**
**N**
**M**
**A**
**T**
**E**
**O**

**EUBANK GATE**

**Bldg. 858EF**

**Bldg. 858EL**

**CENTRAL AVE. **

**Entrance**

**Turn right at Eubank light. Enter and tell guard you are on the “EAL” list.  USE FAR LEFT LANE APPROACHING GATE **

- Construction    curve

**EUBANK**
# Presentation: 180483

## Survivability of Bacillus subtilis Spores After Impact-Mediated Ejection from a Planet

- Tovy Haber Kamine
- CBS Trainee, SLSTP 2004
- Yale University, New Haven, CT

- PI: Wayne Nicholson, Ph.D. and Patricia Fajardo-Cavazos, Ph.D.
- University of Florida/SLSL Kennedy Space Center

## Introduction

**This project tested the survivability of bacterial spores during the impact of a meteorite on a planet and ejection of part of the crust containing the organisms, simulated using the 2-stage gas gun at NASA’s Ames research center. A 1/4-inch aluminum sphere impacted a granite slab infused with *****Bacillus subtilis***** spores at 5.4 km/sec.  The spalled pieces were collected in layers of polyurethane foam, which were then examined for the presence of viable *****B. subtilis***** spores. Colonies were subjected to molecular fingerprinting by RAPD-PCR analysis to confirm the identity of the spores.  The results of this experiment indicate that the spores did survive the impact, and that those spores found were the ones placed on the granite, and not contamination.**

## Methods

- Steps in isolation of bacteria from impact: 1. Layers of foam in the gun; 2. Tracks in the foam; 3. Grid drawn around tracks;  4. Cutting of the foam;  5. Track visible in a foam block; 6. Foam blocks in test tubes.  Bacteria then tested for amylase activity (on starch agar) and chloramphenicol resistance, before undergoing RAPD-PCR to confirm the strain was that placed on the block

## Conclusions

- The experiment was a success, indicating that bacteria can survive the impact and ejection from a planet.
- This implies (along with other data) that Earth is not a closed biological system, i.e. life can travel from one planet to another.
# Presentation: 398636

## Slide 1

## Slide 2

## HRF Rack 1

**Gas Analyzer**

**Workstation**

**HRF Rack 1**

## HRF Rack 2

**Refrigerated Centrifuge**

**Pulmonary Function System**

**Rack 2 Workstation**

**Mass Measurement Device**

## Slide 5

## Slide 6

## Slide 7

## Slide 8

## It Takes a Team.....

**It Takes a Team.....**

**Amazing individuals working together...**

## NEXT ASSIGNMENT:Extra Vehicular Activity (EVA) 

**  ****First space walk with new Space Station airlock (astronaut James F. Reilly ) built and tested in Huntsville, Alabama.**
**  ****From HRF, the Extravehicular Activity Radiation Monitoring (EVARM) experiment measures radiation dosage encountered by the eyes, internal organs and skin during spacewalks.  Analysis may help potential radiation exposure to space walkers in the future.**
# Presentation: 700600

## Testing and Evaluation

- Greg Lindahl
- was University of Virginia,
- now HPTi

## My Qualifications

- assisted Wall Street clustering (130 machines)
- built Centurion I & II (300 nodes) at UVa
- 276 node Forecast Systems Lab cluster
- myrinet, fiberchannel, complex software
- every one is different
- “we” (community) would like to do 6,000+ nodes

## Motivationsfor Test and Eval

- Roll your own: Installation testing
- Acceptance testing: Trust but verify
- Uh, does it run as fast as it’s supposed to?
- We’ll pretend that “It doesn’t work; what the heck do we do now?” never happens

## Classes of Machine

- Boring: 300 nodes
- occasional failures OK, as long as the user job eventually runs
- Exciting: 6000 nodes
- Much more hardware to be subtly flaky on you
- user’s job may never finish due to series of errors
- system software more likely to flake out

## Classes of Failure

- Infant mortality
- Burn in, you’re done (ha)
- Systematic errors (broken network adapter, 10% bad cables)
- capability test can catch
- Software
- Weird failures
- Compaq shipped me 276 bad power supplies at FSL; only statistics pointed the finger at it

## How to test

- I use the same suite for both installation testing and acceptance testing
- Simulated Use Testing is King
- apps, I/O, both capability and capacity jobs, job mix
- Add in apps from other disciplines to stress machine in unusual ways
- NAS PB
- Big Pile of Benchmarks (Susan and I)

## Terascale is different

- Occasional failures that are no big deal on small machine are fatal to large capability jobs
- My 300-node reliability daemon has too many false positives for a terascale machine!
- Probability of un-isolated problems increases

## RAS features needed:Small and TeraScale

- Reliability: Monitoring of networks, daemons, logfiles
- Today, not all relevant info comes out (soft memory errors, IDE drive retries)
- Some straightforward development needed (myrinet has SNMP now, etc)
- symptoms can be subtle: bad fibre caused apparent software problem on an SGI, but now we know...

## RAS Continued

- Higher Availability
- Reasonably fault tolerant: comp node failure only takes out 1 job, doesn’t require operator intervention
- Serviceability:
- cluster partition (test new software release)
- rolling upgrade (nodes upgraded as available)
- checkpoint allows much better access to nodes without discomfiting users

## Summary

- Lots of raw materials exist to attack the testing and evaluation problem
- The methodology exists, too
- Even if you buy a complete system, you still need to know how to write the acceptance test
- Open source RAS has a long way to go
- but there is a small system solution today

## Gong This Slide:MM5 Performance (t3a)

- Gigaflops
# Presentation: 684547

## OFFICE OF MANAGING DIRECTOR

- 2003 Accomplishments

## MODERNIZE THE FCC: Outcome Indicators

- Increase efficiency in the processing of workload.
- Employ appropriate number of attorneys, engineers and economists.
- All FCC employees participate in appropriate career development activities.
- Increase rate of agency achievement of strategic objectives.

## INCREASE EFFICIENCY

**Actions Disposed Of Within Goal**

**INCREASE EFFICIENCY**

## REDUCE TIME TO COMPLETION

**Average Time Required to Complete**** ****Rulemakings**

**REDUCE TIME TO COMPLETION**

## INCREASE EFFICIENCY

**Percentage**** ****Of Actions Filed Electronically**

**INCREASE EFFICIENCY**

## Storage Network Industry Association “Best Practices” award

Brown University recognition as one of top federal websites

- Brown University recognition as one of top federal websites

**External Validation of Success**

## Completed formal Workforce Analysis.

Continued EIE recruitment program. 

- Continued EIE recruitment program.

**APPROPRIATE STAFF MIX**

## External Validation of Success

- Training Officers Conference “Distinguished Service Award.”
- Prince George’s County Public Schools “Outstanding Work Experiences for Students.”
- EPA and DOT “National Standard of Excellence” for outstanding commuter benefits.

## EXCELLENT STAFF DEVELOPMENT

- FCC University expansion continues.
- Knowledge and developmental needs baseline.
- Individual development plans for all employees.

## GREATER STRATEGIC GOAL IMPLEMENTATION

- The FCC initiated a performance-based budgeting system to integrate budget, performance goals, and resources.
- As of March 2003, the FCC linked all SES performance plans to the FCC Strategic Plan.

## FY 2004 COMMITMENTS

- IMPACT pilot.
- Bureau/Office efficiency initiatives, including backlog reductions.
- Ensure appropriate staffing mix.
- Employee career development discussions.
- Performance plans and awards tied to the Strategic Plan.
- Performance-based budgeting.
- Conduct audits, assessments, and evaluations.

## CONCLUSION

- Much to be proud of
- Much to do
# Presentation: 668022

## Global mean precip

***Global mean precip***
***Kiehl and Trenberth 2.69 (2.69-3.1) mm/day***
***CMIP1  3.22 mm/day***

## Slide 2

## Slide 3

## Slide 4

## Slide 5

## Slide 6

## Precipitation annual mean

***CMAP***

***CMIP1***

***28 levels,T64***

***64 levels, T64***

***Precipitation annual mean***

## Slide 8

## CMAP

***CMAP***

## CMAP

***CMAP***

***CMIP has double ITCZ over Indian Ocean***

## CMAP

***CMAP***

- CMIP trouble with SPCZ, Too little rainfall
- at equator in east Pacific, too much rain in ITCZ no of equator

## CMAP

***CMAP***

- Trouble with Atlantic ITCZ, too much rain over Andes

## CMAP

***CMAP***

- Trouble with ITCZ

## Slide 14

## CMAP

***CMAP***

## CMAP

***CMAP***

***Too dry over India east of Ghats, over so China Sea***

## CMAP

***CMAP***

- Not enough rain east of Phillipines, SPCZ wrong orientation

## CMAP

***CMAP***

## CMAP

***CMAP***

- Too wet so of equator in Atlantic

## Slide 20

## Anomalies from monthly climatology

- East pacific

## Small spin-down first few years, than small spin-up

## Slide 23

## Slide 24

## Slide 25
# Presentation: 742375

## WIND PROJECT - JAISELMER

**6 x 350 KW**

## UNDER IMPLEMENTATION

_**CHAYADEVI -  2 X 12 MW**_

_**NERIA -  2 X 4.5 MW**_

## SITE VIDEOS

**MADHAVAMANTRI**

**SHIVAPUR**

## 			Mr. S. Chandrasekhar

**	****	****	****Managing Director**
**	****	****	****Bhoruka Power Corporation Limited**
**	****	****	****# 48 Lavelle Road**
**	****	****	****Bangalore 560 001 – India**
**	****	****	****Tel: +91 80 22273285 (D) 22272271-75 (O)**
**	****	****	****Fax: +91 80 22245246**
**	****	****	****Email: sekhar@bhorukapower.com**

**For any assistance please contact:****	**

## THANK YOU

**THANK YOU**
# Presentation: 356185

## Software For Optical Instrument Designand Stray Light Analysis

**Software For Optical Instrument Design****and Stray Light Analysis**

**S**mall
**B**usiness
**I**nnovation
**R**esearch

**Lambda Research Corporation**

- Littleton, MA

**INNOVATION**
- Interactive software for stray light analysis and optomechanical modeling that greatly simplifies the design process for optical systems
**ACCOMPLISHMENTS**
- Developed a next generation stray light analysis program
- Software interfaces directly with lens design programs, cad programs and solid modeling engine software
- Complete operational unit demonstrated
**COMMERCIALIZATION**
- Sales of Trace Pro family have reached $1.7 million annually
- Used in the design of automotive illumination, commercial lighting, flat panel displays for computers, projection systems, and light pipes for instrument panels

**GOVERNMENT/ SCIENCE APPLICATIONS**
- Copies purchased by JPL and NIST
- Software used in the design of the microwave limb sounder and Tropospheric Mission spectrometer
- Provides significant cost savings for NASA over previous design methodology

***Object  Oriented Software Simplifies Work***

- 1993 Phase II; NAS7-1376
- NASA/JPL - Edward Hagerott
- Company Contact - Edward Freniere

- Jet Propulsion Laboratory
- Success Story #7-008
# Presentation: 755589

## NAVY UTN-P & FTP POLICY UPDATE

- 16 April 07

- CDR Dave Pashkevich
- CNMOC N64

## Same issues as Air Force

- NAVY UTN-P POLICY

## Awaiting JTF-GNO to issue a Warning Order (WARNORD) for closure actions to take place (TBD)

A "Temporary Exception“ policy still anticipated to be implemented; however, the exception will only be sufficient to complete required action to comply with the WARNORD

- A "Temporary Exception“ policy still anticipated to be implemented; however, the exception will only be sufficient to complete required action to comply with the WARNORD

- NAVY FTP POLICY

## FNMOC FTP Port Closure Plan Update

**FNMOC is prepared to disable ports 20,21 (FTP)**
**All FTP customers or data providers have not converted to approved protocols**
- Major customers have been notified of the anticipated changes
**Update since Oct 06:**
- Modified existing Distributed Processing System (DPS) software to use FTP-SSL, http and/or http(s).
- Established a web server on Bulk File Transfer hosts for customers capable and willing to retrieve data via http(s) pull, and converted several customers to this method.
- Converted some data retrievals from FTP to http, most importantly the NWS GTS pull, which is FNMOC’s primary source of modeling data.
- Converted some customers to CAGIPS (http(s) w/ PKI) and have set a target date of 1 Oct 07 for conversion of all unclassified gridded data customers to CAGIPS..
**Concern over NOAA-NESDIS ODAA partners who provide satellite data via FTP push.**
- Need NOAA-NESDIS management committed to use of DoD approved protocol(s)

## FNMOC Summary

-  Short term: FTP-SSL, some http(s)
-  Long term: http(s) with PKI
-  Dependency on external customers
-   and data providers service changes

- FNMOC POC: Chuck Skupniewicz, IT-DM
- chuck.skupniewicz@fnmoc.navy.mil, (831) 656-5104

## NAVO FTP Port Closure Plan Update 

- NAVO is prepared to disable ports 20,21 (FTP)
- All FTP customers or data providers have not converted to approved protocols
- Major customers have been notified of the anticipated changes
- Update since Oct 06:
- Have addressed IA concerns regarding external FTP data transfers with Navy DAA; no resolution to date
- Issues and concerns:
- None identified with respect to Federal partners
- (NAVOCEANO POC – David Hasenkampf at 229-688-5427 david.hasenkampf @navy.mil)
# Presentation: 287217

## NASA CUSTOMER NUMBER: 104-07-01-2PROJECT TASK: 102197	2.24.4 QUARTERLY TECHNICAL PROGRESS REVIEWTASK TITLE:		Embedded Passives CharacterizationQUARTER:		2  FY05 LEAD CENTER:		JPLPROGRAM AREA:	Tactical  TASK MANAGER:	David GerkeCONTRIBUTORS:	FY05 FUNDING:		$185kCUSTOMER:		OSMA (formally Code Q)

**NASA CUSTOMER NUMBER: 104-07-01-2****PROJECT TASK: 102197****	****2.24.4 ****QUARTERLY TECHNICAL PROGRESS REVIEW****TASK TITLE:****	****	****Embedded Passives Characterization****QUARTER:****	****	****2  FY05 ****LEAD CENTER:****	****	****JPL****PROGRAM AREA:****	****Tactical  ****TASK MANAGER:****	****David Gerke****CONTRIBUTORS:****	****FY05 FUNDING:****	****	****$185k****CUSTOMER:****	****	****OSMA (formally Code Q)**

## TASK DESCRIPTION Embedded Passives Characterization

**This Task will ****utilizing “flight-like” boards assembled with PWB embedded passives (i.e. resistors and capacitors) and compared to equivalent PWB circuit boards assembled with discrete passive components. The comparison will include electrical performance and environmental testing representative of typical space conditions.**** **

## GOALS/OBJECTIVES Embedded Passives Characterization

- To build/assemble “flight-like” PCBs with embedded passive components and conventional surface mount soldered components.
- Stress test the PCBs to simulate space usage conditions.
- Compare electrical performance.
- Compare  reliability.

## Deliverables Embedded Passives Characterization

- Quarterly Review Reports
- Summary report containing significance of circuit chosen as well as significant lessons learned regarding the conversion over to embedded passives.
- Year end report
- Final Report documenting data collected from PWB Test Circuits as well as recommendations for implementation into Flight Projects.

## SCHEDULE Embedded Passives Characterization

## BUDGET/WORKFORCE

_**Embedded Passives Characterization**_

**To be in system by End of April**

## Accomplishments Q2

**Completed FY’04 BOK and submitted to Mike Sampson.**
- Mike suggested some changes
- Changes are being incorporated.
**Conducted discussions with Compunetics (PCB) manufacturer and materials suppliers.**
- Test vehicle design is nearly complete.

## PROBLEMS AND CONCERNS  Embedded Passives Characterization

- Complete BOK and submit to website.
- Finalize FY’05 TV
- Place order for TV
- Receive TV
- Begin summary report regarding test vehicle.

**PLANS FOR NEXT QUARTER **** **_**Embedded Passives Characterization**_

- none
# Presentation: 536002

## GeoWall

**GeoWall**

- Low cost passive stereo for Geosciences research and teaching
- Working with U of Michigan, U of Minnesota, US Geological Survey, UIC Earth and Environmental Science, and others
- Also in use at SciTech Museum in Aurora and Abraham Lincoln Elementary School in Oak Park

## TeraVision

**TeraVision**

- Specialized hardware for streaming graphics over GigE.
- Takes VGA or DVI plug as input, digitizes it at 1024x768 @ 30fps and streams it to remote sites for viewing.
- Can be ganged and synched to stream an entire tiled display.
- Demo at IGrid streams from Greece to Amsterdam and EVL to Amsterdam.

- www.evl.uic.edu/cavern/teranode

## The Continuum at EVL and TRECCAmplified Work Environment

- Passive stereo display

- AccessGrid

- Digital white board

- Tiled display

## Clusters at EVL and StarLight 2002-2003

**Clusters at EVL and StarLight 2002-2003**

- Int’l Gb, 2.5Gb, 10Gb

- Nat’l Gb, 10Gb

- Metro GE DWDM

- 16x1 GE

- 16x1 GE

- 16-Processor Pentium w/5x3 Panel Display

- 16-Processor Pentium w/RAID

- 10x1 GE

- State: Argonne, NCSA
- Nationals: Illinois, California, Abilene, ESnet, NREN

- Internationals: Canada, Netherlands, CERN, AmPATH, Asia...

**6509**

**6509**

## EVL’s contribution to SWOF expedition

- Visualization Clusters:
- Provide support on StarLight and EVL visualization clusters for expedition experiments
- 4 of cluster nodes will include TeraVision box attachments to allow high resolution streaming to remote sites and comparison against software schemes
- 3D Visualization
- Support deployment for AGAVE and collaborative capabilities
- Support cluster-enhanced volume visualization on AGAVE
- Interested in contributing to AG 2.0 & developing AG 2.0 services for TeraVision and AGAVE.
# Presentation: 425263

## Peer Review of Perchlorate Risk Assessment

- Peter Grevatt, Ph.D., U.S. EPA HQ

## • Define Peer Review• EPA Peer Review Policy• Purpose of Peer Review• Scope of Peer Review for Perchlorate• Impact on Perchlorate Risk Assessment 

**Presentation Goals**

##   "Documented critical review of Agency 		scientific or technical work product"	- In-depth Assessment	- Conducted by qualified individuals	- Independent of those who performed work	- Equivalent in technical expertise

**Define Peer Review**

##  "Major scientifically and technically based work products related to Agency decisions should be peer reviewed..."• "For those work products that are intended to support the most important decisions or that have special importance in their own right, external peer review is the procedure of choice...”

**EPA Peer Review Policy **

## •  Ensure quality, credible Agency decisions•  Preparation of sound, technically defensible 		analyses and work products. 

**Purpose of Peer Review**

## •  Independent, external peer review of all aspects of  the		perchlorate risk assessment •  EPA Office of Solid Waste and Emergency Response 		will oversee peer review	-  Study protocols	-  Study results	-  Development of reference dose		-  Selection of critical endpoint		-  Use of uncertainty factors		-  Risk characterization

**Scope of Perchlorate Peer Review**

## •  Stakeholder participation	-  Nomination of expert peer reviewers		-- Selection by independent scientific panel		-- Examination of potential conflict of interest	-  Open peer review panel meeting	-  Opportunity for comment by interested parties	-  Preparation of final peer review report

**Scope of Perchlorate Peer Review**

## •  Submit Final Peer Review Report to NCEA•  Preparation of Responsiveness Summary	- Detailed response to all peer review comments		-- Comments addressed		-- Explanation of Changes•  Completion of final risk assessment

**Impact on Perchlorate Risk Assessment**

## Peter Grevatt Ph.D.	Acting Science Advisor	U.S. EPA  HQ	Office of Solid Waste and Emergency Response	Mail Code 5103	401 M St.., S.W.	Washington, D.C. 20460	202-260-3100, 202-401-1496 (fax)	grevatt.peter@epa.gov

**Where to reach me!**
# Presentation: 402136

## Optical Networking – Industry PerspectiveRoadmap Presentation – ONT-2, v1 6 Sept 2005

- Joe Berthold
- Ciena

## Introduction

- The technologies are here today to support large scale, highly reliable dynamic optical networks
- Optical networking product costs have declined dramatically over the last years
- Widespread availability of optical services to the research community is gated primarily by funding and organizational issues

## Optical Network-Based Services

- 2005 – services possible today
- Management (EMS) controlled SONET/SDH services, wavelength services, Fiber Channel transport, GE, 10GE; Control plane based optical services for SONET/SDH interfaces from 155 Mb/s to 10Gb/s in single domain; optical VPN services; end-to-end service layer management
- 2006
- Control plane based optical services for GE and 10GE within single domain
- 2007
- Multi-domain control plane based optical services
- 2008
- 2009
- 100 GE optical services

## Optical Technologies

- 2005 – Available today
- 1.92 Tbit/sec transmission system capacity, C-band tunable transceivers, ULH (> 3000KM), ROADMs, distributed “digital network” control plane (O-UNI 1.0 (SONET/SDH), basic G.ASON, GMPLS), electronic dispersion compensation, 40G transmission, sub-wavelength multiplexing of Gigabit Ethernet (SONET/SDH; 50/150 Mb/s granularity), transparent multiplexing of GE, 10GE with digital wrapper
- 2006
- O-UNI 2.0 (Ethernet), cost-effective tunable filters
- 2007
- Multidomain control plane (G.ASON E-NNI) standardization complete
- 2008
_*Practical*_ all-optical (transparent photonic) layer control plane, tunable optical networking
- 2009
- 100GE

## Interoperability Capabilities

- 2005 – domain interfaces likely to work today
- GE over SONET/SDH interfaces, native GE interfaces, native 10GE LAN PHY interfaces, SONET/SDH interfaces; O-UNI 1.0 (SONET/SDH) control plane enabled interfaces within single domain
- 2006
- O-UNI 2.0 (Ethernet) control plane enabled interfaces within single domain
- 2007
- Control plane enables interfaces across multiple domains
- 2008
- 2009
- 100GE interfaces

## Suggested Near-Term Areas of Focus

- Select a few data plane interfaces to focus on
- User service interfaces – e.g. GE, 10GE LAN PHY, SONET/SDH
- Network-network interfaces – e.g. Ethernet over SONET, GE, 10GE, SONET/SDH
- Choose mode of sharing common resources
- Time sharing vs. network partitioning
- This choice drives control plane/management control decision
- Select the best near-term way to automate control between network domains
- Is a management interface better suited to service model than a control plane?
- Put in place a mechanism to allow end-to-end service layer management
- Be sure you can localize faults rapidly
-  Be able to continuously measure quality of the optical service delivered to the end-user

## Long Term Areas of Focus

- Beyond 10G wave services
- NX10G wave services – concatenated wave services
- Get ready for 100 GE
- Exploratory work is beginning
- Multidomain control plane for optical VPNs
- Plan to keep domain-domain interfaces digital
# Presentation: 434812

## Generation Subgroup Report

**Generation Subgroup Report**
** **
**SSG-WI Technical Support Group Meeting**
**June 1, 2005**
**Mary Johannis**

## Existing Generation

- WGA Comparison of WECC, SSG-WI, CEC Data Bases—complete
- Comments received from States
- Incorporated into ABB GridView Model Data Base
- Still need final review by States and Subregional Planning Groups (SPGs)

- June 1, 2005

## Existing Generation

- HYDRO REPRESENTATION:
- Northwest: Recent historical hourly generation for Federal, Mid-Cs, PAC and Williamettes:
- 2002 = Average
- 2003 = Dry
- 1999 = Wet
- California: Recent historical hourly generation aggregated by river system; CVP hourly projections need to be disaggregated to plants
- Desert SW and Rocky Mountains: only Federal hydro for monthly timestep; still need non-Federal hydro

- June 1, 2005

## Incremental Generation 2008 Base:

**Incremental Generation 2008 Base:**
**WGA Comparison of Data Bases; **
**Starting Point = Western Gas Study Generation from CEC**

- Dependable MWs shown

- 1253

- 1012

- 340

- 7525

- 571

- 216

- 193

- 0

- 461

- 631

- 124

- 651

- 131

- June 1, 2005

## Incremental Generation for 2008

- NEXT STEPS:
- Provide SPGs Existing and Incremental Generation to Review
- Ask States for Final Review
- Bring any Disagreements to TSG for Resolution

- June 1, 2005
# Presentation: 100748

## little sweet BetsyTrillium  cuneatum Raf.Synonyms:  Trillum   hugeri.  Other common names;  whippoorwill flower, wake-robin, rose trillium, toad trillium, toadshade, toadshade trillium, purple toadshade.

**PLANT FACTS:**
- The common name "sweet Betsy" is due to its spicy-scented flowers.
- Ants spread the seeds.  The seeds have a material attached to them called a strophile.  This strophile is very attractive to ants.  After the seed matures and drops to the ground the ants take it back to their colony.  After eating the strophile the seeds are discarded.
- Only after overwintering and being exposed to the cold will a seed germinate.  The first year the seeds grow a small root.  The second year the seedling puts out only a rudimentary leaf.  The third year the first true leaf is made.  The next one to two years again only one leaf is produced.  Then the next one to two years a full complement of three leaves are made.  Finally, in the sixth to eighth year of growth the first flower occurs.  Because you cannot pick the flower without also plucking the leaves it is best to leave the plant alone.  Without the leaves the plant will not be able to store enough food to grow the next year.
- The flower petals come in a variety of colors.  Some include, white, pink, purple, greenish, bluish-green and maroon.  The different colors are due to genetics.  The exact amount and kinds of several enzymes result in the various hues.

- Photo courtesy of:©William S. Justice. Courtesy of _[Smithsonian Institution, Dept. of Systematic Biology, Botany](http://www.nmnh.si.edu/botany/index.html#?collections)_. This copyrighted image may be freely used for any non-commercial purpose. For commercial use please contact _[George F. Russell](mailto:russell.rusty@nmnh.si.edu)_.   Please credit the artist, original publication if applicable, and the USDA-NRCS PLANTS Database. The following format is suggested and will be appreciated: **William S. Justice** @ USDA-NRCS PLANTS Database.

- Slide developed by Pat Broyles, Soil Conservationist, Manhattan, KS. PMC.  USDA is an equal opportunity employer.