BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 424712

## Full Scale Drill Testing

- Institute for Sub-Surface Exploration Workshop
- 3/24/05
- Ken Galal
- James Williams

## Objective

-   Advance NASA planetary drill technology efforts through           full scale testing of drill hardware and its autonomous control under ultra-low pressure and temperature
-   Candidate Facility:

- Planetary Aeolian Facility Ames Research Center B242

## PAF Specs

**Walls:**
**Floor Slab:**
**Vacuum:**
**Inside Height:**
**Inside Volume:**
**Door Dimensions:**

- 3 ft thick to 30-foot level         2.5 ft thick above 30-foot level
- 6 ft thick-floating
- Down to 4 Torr
- 100 ft
- 140,000 ft^3
- 25x26 ft

## Current PAF Application

- The Planetary Aeolian Facility at NASA Ames Research Center uses  wind tunnels to simulate atmosphere-surface interactions on Earth, Mars, and Venus
- Facility consists of the tower test-chamber and the control room/office.

- Contains Mars Surface Wind Tunnel:                            Open-circuit 1.3 x 1.3 x 13 m long                        atmospheric boundary-layer wind tunnel capable of simulating aeolian processes under both Martian and terrestrial conditions.
- http://www.nasa.gov/centers/ames/research/exploringtheuniverse/vaccumchamber.html

## Existing PAF Operations

- PAF is operated Dr. Ron Greeley under contract with Arizona State University
- Operates off steam vacuum system used to run the Arcjet on non-interference basis
- 2-4 arcjet tests are typically run each week
- ~45 min to reach 15 Torr during steam vacuum sys activation
- Typically another 2 hrs of intermittent vac sys service required to reach 4 Torr
- PAF currently loses vacuum at rate of ~4-8 Torr/hr
- May get about 1 full hour of low vacuum in space of one day

## PAF Drill Testing Accommodation

- PAF can accommodate drill testing:
- stand
- power
- cabling to control room for            remote operation

## Concept

- Start Small:
- Develop small drill stand (1-2 m)
- Nitrogen-Cooled sample container
- Instrumentation for data collection/control
- automation capability
- Invite candidate drill systems (JSC, Swales, Honeybee) to test drill concepts under vacuum
- Continue developing ARC expertise in drill technology & operations
- Identify partnership opportunities on future missions
# Presentation: 673699

## NMSSM qqH1, H1->a1a1-> project 

**A. Nikitenko (CMS) **

## “Low fine-tuning” NMSSM points

- q1

- q2

- H1

- a1

- a1

- -

- +

- -

- h+

- -

- +

- -

- h+

**R. Dermisek and J.F. Gunion**
**See in CPNSH group report **
**hep-ph/0608079**

**This point is taken for first MC analysis with 4********->********jj final state. **

**qqH****1****, H****1****->A****1****A****1****->4******** **
**M****H1****=105 GeV**
**M****A1****=5.3 GeV**

## Muon from -> is soft and non isolated: it is inside jet from other ->hadrons decay =>  need low pT non isolated di-muon trigger

- q1

- q2

- H1

- a1

- a1

******-**

******+**

******-**

**h****+**

******-**

******+**

******-**

**h****+**

**1 and 3 prong taus**

**qqH****1****, H****1****->a****1****a****1****->4******** **
**M****H1****=105 GeV**
**M****A1****=5.3 GeV**

## HLT di-muons triggers (in PTDR Vol.2) and H1->2a1->4->jj

**Relaxed (non-isolated) ******** : **_**10,10 GeV**_
**Signal efficiency: 2 MC ******** p****T**** > 10 GeV, |********|<2.1 = **_**0.09**_** **
**Isolated ********: **_**7, 7 GeV**_
**Signal efficiency: 2 MC ******** p****T**** > 7 GeV, |********|<2.1 = **_**0.16**_
**Eff. two times higher, *****but ***_***isolation will kill signal !***_
*** ***

**DAQ**
**TDR**
**plot**

**Di-muon HLT rate**
**at 2 x 10****33**** cm****-2****s****-1 **
***L3 rate of non isolated***
***di-************ trigger at 7 GeV is ***
***~ 2 times higher (10 Hz)***
***than isolated one (~4 Hz).*****  **

**7 GeV**

## How to reduce rate of non-isolated, low pT di-muon trigger ?

**Use *****Same Sign***** non isolated di-muon trigger at p****T**** threshold ~ 5-7 GeV**
**Rate reduction of gg->bb (MSEL=5):**
**R = ********(********+********+**** OR ********-********-****) / ********(******** at p****T******** > 5 GeV **
**   ****is ~ 4.0 !  evaluated with PYTHIA6.227**
***   ******need confirmation with full simulation***
***  ***

## Efficiency of “primary” selections.at particle level signal looks promising 

- q1

- q2

- H1

- a1

- a1

- -

- +

- -

- h+

- -

- +

- -

- h+

| xBr(H1->a1a1->4->jj)=215 fb |  |  |
| --- | --- | --- |
| --j+j+ + ++j-j-  topology 107.5 fb   |  |  |
| cut on pT | pT> 7 GeV | pT> 10 GeV |
|          Cumulative efficiency |  |  |
| 2 <2.1 |    0.160 |    0.089 |
| Ntrk. = 1 |    0.056 |    0.031 |
| QxQh<0 |    0.054 |    0.030 |
| sel., fb |     5.8 fb |    3.2 fb |

******SM****(qqH, m****H****=105 GeV) = 5.4 pb, **
**Br(H****1****->a****1****a****1****)=0.926, Br(a****1****->********)=0.938**
# Presentation: 231601

## SAfety  
Countermeasure for reducing distraction crashes
VEhicle using
Operating prototype
adaptive
Changing in real time in response to sensor info
Interface
Displays and controls
Technology

**Countermeasure for reducing distraction crashes**
**VE****hicle using**
**Operating prototype**
**adaptive**
**Changing in real time in response to sensor info**
**I****nterface**
**Displays and controls**
**T****echnology**

## Slide 2

## Safety Concern

**Multiple and more complex devices may increase frequency, duration, and level of driver distraction **
**Crash risk => secondary task demands x use frequency x driving task demands**

## Goals

**To develop, demonstrate, and evaluate the ability of SAVE-IT to help minimize the safety risk of distraction and enhance crash warning system effectiveness**
**Conduct human factors research**
**Develop operational prototype vehicle**
**Document and disseminate work**
**Keep up with worldwide industry interest**
**Provide a basis for possible future guidelines and standards**
**Provide a research road map to extend SAVE-IT functionality**

## Future Safety Scenario

**Drivers will be offered an array of advanced technologies that they can use while driving**
**Potential problems with multiple devices**
**Messages presented too close in time**
**Information presented at unsafe times**
**Display complexity increases **
**Priority messages not getting through to driver**
**When multi-tasking, drivers will divert their attention from road to **
**Glances at displays**
**Operate controls**
**Listen and speak to voice interface**
# Presentation: 155437

## Health and Long-Term LivingBarrier

- Perception of need is a major barrier.
- Some populations do not recognize the need for care as readily as others.
- Even with increased awareness, some people may not act as quickly upon those needs.

## Health and Long-Term LivingSolutions

- Two-pronged Education Program
- Health Care Professionals
- Primary Care Physicians
- Consumers
- Older adults
- Caregivers

## Eye Disease Prevalence and Projections(Adults 40 Years and Older in the U.S.)

**	****	****	****Current Estimates****	****	****2020 Projections****	**		(in millions)		(in millions)
- Advanced AMD		1.8*			2.9
- (with associated vision
- loss)
- Glaucoma			2.2			3.3
- Diabetic Retinopathy	4.1			7.2
- Cataract			20.5			30.1
- Blindness/low vision		3.4			5.5
- *another 7.3 million people are at substantial risk for vision loss from AMD
**Archives of Ophthalmology, April 2004.**
# Presentation: 263054

## DATA CENTER DIRECTION

**GIL HAWK****DIRECTOR****INFORMATION RESOURCES****MANAGEMENT DIVISION**

## FOCUS AREAS

**IMPROVE SECURITY**
**INCREASE OPERATIONAL AVAILABILITY**
**REDUCE COST OF OWNERSHIP**

## “ENHANCE INFORMATION SYSTEM SECURITY TO CONTINUE TO ENSURE CONFIDENTIALITY OF CUSTOMERS’ DATA”

**IMPROVE SECURITY**

## CERTIFICATION AND ACCREDITATION 

NETWORK ENCRYPTION

DATABASE ACCESS CONTROL

**NETWORK ENCRYPTION**
**DATABASE ACCESS CONTROL**

**SECURITY**

## ACCESS CONTROL AND MONITORING FOR PRIVILEGED USERS

PASSWORD ENFORCEMENT

VULNERABILITY MANAGEMENT

**PASSWORD ENFORCEMENT**
**VULNERABILITY MANAGEMENT**

**SECURITY**

## INTRUSION DETECTION AND INCIDENT HANDLING  
SECURE REMOTE ACCESS 

**SECURE REMOTE ACCESS **

**SECURITY**

## “INCREASE AMOUNT OF TIME SYSTEMS ARE AVAILABLE TO CUSTOMERS”(TARGET: 99.95%)

**INCREASE****OPERATIONAL****AVAILABILITY**

## OPERATIONS IMPROVEMENTS

SCHEDULING

AUTOMATIC RE-START

OUTPUT MANAGEMENT

**SCHEDULING**
**AUTOMATIC RE-START**
**OUTPUT MANAGEMENT**

**OPERATIONAL****AVAILABILITY**

## NETWORK ARCHITECTURE

SINGLE POINTS OF FAILURE

PARALLEL COMPONENTS

AUTOMATIC FAIL-OVER

**SINGLE POINTS OF FAILURE**
**PARALLEL COMPONENTS**
**AUTOMATIC FAIL-OVER**

**OPERATIONAL****AVAILABILITY**

## SOFTWARE CURRENCY

OPERATING SYSTEMS

SUPPORT SOFTWARE

SYSTEM MAINTENANCE

**OPERATING SYSTEMS**
**SUPPORT SOFTWARE**
**SYSTEM MAINTENANCE**

**OPERATIONAL****AVAILABILITY**

## DISASTER RECOVERY

DATA MIRRORING

RELOCATE PRIMARY FACILITY 

DEDICATED BACK-UP FACILITY

**DATA MIRRORING**
**RELOCATE PRIMARY ****FACILITY **
**DEDICATED BACK-UP ****FACILITY**

**OPERATIONAL****AVAILABILITY**

## “REDUCE DATA CENTER OPERATING COSTS”

**REDUCE COST OF OWNERSHIP**

**CAPACITY UPGRADES**
**TECHNOLOGY REFRESHMENT**
**OPERATING COST GROWTH**

## STRATEGIC COST MANAGEMENT 
CAPTURE, ANALYSIS

HARDWARE/SOFTWARE LICENSE & MAINTENANCE

PRODUCTION MANAGEMENT

**CAPTURE, ANALYSIS**
**HARDWARE/SOFTWARE LICENSE & MAINTENANCE**
**PRODUCTION MANAGEMENT**

**COST OF OWNERSHIP**

## TARGET TECHNICAL ARCHITECTURE

PRODUCT, PLATFORM STANDARDIZATION

SERVER CONSOLIDATION

DATA WAREHOUSING

**PRODUCT, PLATFORM STANDARDIZATION**
**SERVER CONSOLIDATION**
**DATA WAREHOUSING**

**COST OF OWNERSHIP**

## “MORE SECURE, RELIABLE, AVAILABLE, AND COST EFFECTIVE DATA CENTER PROVIDING EXCEPTIONAL CUSTOMER SERVICE”

**BOTTOM LINE...**

## DATA CENTER DIRECTION

**GIL HAWK****DIRECTOR****INFORMATION RESOURCES****MANAGEMENT DIVISION**
# Presentation: 085833

## Rain Frequency Distributions as Derived from TRMM Data

- Xin Lin and Arthur Y. Hou
- NASA Goddard Space Flight Center

- Tropical means and tropical-mean anomalies

- From Lin et al. (2002, JGR)

- From Gu et al. (2007, J. Clim.)

## Frequency and intensity of precipitation 

- (e.g., Trenberth et al. 2003, Groisman et al. 2005, Lau and Wu 2006......)
- Comparing to the temporally- and spatially-averaged total rain amount, **the characteristics of rain may be more sensitive to a changing climate.**

- uncertainties

## Some practical concerns and issues

- A short data record for each individual satellite
- Sensor detection capability
- Algorithm-related retrieval errors
- Satellite diurnal under-sampling errors
- Temporal and spatial resolutions

## Objectives

To determine at what rain intensity ranges we can have more confidence on rain frequency distributions from individual rain retrievals.

How do we do it:

Coincident evaluation of satellite rainfall retrievals    √
Examine rain pdf of each individual rainfall retrievals
Focus on short-term climate variations.

- To determine at what rain intensity ranges we can have more confidence on rain frequency distributions from individual rain retrievals.
- How do we do it:
- Coincident evaluation of satellite rainfall retrievals    **√**
- Examine rain pdf of each individual rainfall retrievals
- Focus on short-term climate variations.

## Sensors and Rainfall Retrievals

- Active microwave sensor: TRMM Precipitation Radar (PR)
**Passive microwave radiometers**: TRMM TMI, SSM/I from DMSP F13, F14, and F15, AMSR-E on AQUA, GPROF Version 6.
- All the rainfall data are grided onto a 0.25o x 0.25o grid at 1-hour intervals.

## From Lin and Hou (2007)

- PR

- PR

## Slide 7

## Influence of the boosting

## Slide 9

## Slide 10

## Slide 11

## Slide 12

## Slide 13

## Slide 14

## Current work

- Investigate frequency distributions of convective, stratiform, and warm rain
- Examine PDFs of SST and cloud types
- Evaluate frequency distributions of rainfall and clouds in models.
- Simulate the TRMM/GPM sampling in the NASA/GMAO MERRA analysis.

## The frequency of the daily double ITCZ pattern: only about 6%

- Chen et al. (2008, accepted, J. Clim.)
# Presentation: 726716

## INTEGRAL high level archive andOSA 5.0

- INTEGRAL high level archive andOSA 5.0

- Volker Beckmann
- Exploration of the Universe Division, NASA Goddard Space Flight Center
- C. Shrader, S. Sturner, B. Teegarden, K. Watanabe

- INTEGRAL User's Committee Meeting, July 15, 2005

## INTEGRAL Activities at GSFC 

-  providing high-level data products through HEASARC
-  INTEGRAL Bright Source Catalog and
-  INTEGRAL public data results
-  New software release OSA 5: more user friendly, more options, better responses, better results

## HEASARC and INTEGRAL/GOF

- - user's interest ? Get to know INTEGRAL results!
- - download previews and download the data
- - get help with the analysis
- - HEASARC as a known portal to high-energy data

## HEASARC and INTEGRAL/GOF

- - analysis of public data
- - results of > 450 observations in the archive:
-  “INTEGRAL public data results”
- - ISGRI and SPI lightcurves
-   for 116 bright sources:
- “INTEGRAL Bright Source Catalog”
- - to be done soon:
-   include the lightcurves from ISGRI and JEM-X
-   provided by the ISDC
- - include some more (~15) bright sources

## Slide 5

## Slide 6

## Slide 7

## Slide 8

## Slide 9

## OSA 5.0

- - Main criticism to previous releases: difficult to use and not well calibrated
- - OSA 5: released on July 1st
- - available through INTEGRAL GOF pages
- - new: scripts are more user friendly (most important parameters on front page)
- - no need for 'DOLs' (filename.fits[1]) anymore!
- - new response for ISGRI and SPI
-  (minor changes for SPI)
- - imaging software for JEM-X

## SPI in OSA 5.0

## IBIS in OSA 5.0

## ISGRI imaging in OSA 5.0

## ISGRI spectra in OSA 5.0(black = OSA 4.2 / red = OSA 5.0)

- ISGRI spectra in OSA 5.0(black = OSA 4.2 / red = OSA 5.0)

## JEM-X mosaic in OSA 5.0(black = OSA 4.2 / red = OSA 5.0)

- JEM-X mosaic in OSA 5.0(black = OSA 4.2 / red = OSA 5.0)

## JEM-X spectrum in OSA 5.0

## JEM-X spectra OSA 4.2/5.0(black = OSA 5.0 / red = OSA 4.2)

- JEM-X spectra OSA 4.2/5.0(black = OSA 5.0 / red = OSA 4.2)

## Conclusion

- - Start a new project? Check the HEASARC archive:
- - get information about ~130 sources
- - get information about ~450 observations
- - get the data, software, and documentation
- - get help from the INTEGRAL GOF if necessary
- - OSA 5 improvements:
- more user-friendly,
- better ISGRI response and background handling,
- JEM-X imaging software
# Presentation: 673881

## High Velocity Gas

-  Built and demonstrated atomic accommodation coefficients 		measurement facility
-  Generated preliminary data on oxygen and nitrogen atom 		accommodation coefficients and scattering distributions at 8 km/s, 	this is the only currently available data
**                             ****COMMERCIALIZATION**
-  Technology bolstered PSI O-atom testing services, which has 		attracted domestic and foreign industry interest
-  Internal patent disclosure being considered
-  $2.4 M in commercial and government sales from fast oxygen 		atom beam system

***PHYSICAL SCIENCES INC.***
***ANDOVER, MA***

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

**     ****GOVERNMENT/SCIENCE APPLICATIONS**
-  Data critical to LEO system design/analysis
-  Delivered TOF mass spectrometer to NASA

- 1989 Phase 2; SS-106; 3/12/96

- Johnson Space Center

**High Velocity Gas**
**Surface Accommodation Coefficients**

***Schematic of the Fast O-Atom Source***
# Presentation: 129182

## Computational Fluid Dynamics Packagefor Massively Parallel Supercomputing

-  Developed an advanced, parallel fluids modeling tool
-  Developed an advanced interface to enable widespread use 	in government, industry, and academia
**                             ****COMMERCIALIZATION**
-  Market leader in coating analysis; used in glass melts and 	other materials processing applications
-  Capability incorporated in a new product for industrial 	customers, NEKTON 3, superseding earlier product, 	NEKTON 2
-  Increased total annual revenues to $750K
-  Currently used by 35 major US corporations, including 3M, 	Xerox, Dupont, IBM and Polaroid to improve manufacturing 	processes, lower costs, and provide higher quality and faster 	product improvement cycles

***NEKTONICS, INC.***
***CAMBRIDGE, MA***

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

**     ****GOVERNMENT/SCIENCE APPLICATIONS**
-  GSFC uses new parallel code to model atmosphere of 		giant planets such as Jupiter
-  Coating stability analysis at MIT
-  Bio-medical application - modeling of blood flow 				through the human heart
-  Two-layer coatings studies at McMaster University, 			research at South Carolina State on free surfaces of 			molten glass

- 1992 Phase 2; SS-9; 5/13/97

- Goddard Space Flight Center

**Computational Fluid Dynamics Package****for Massively Parallel Supercomputing**

***Convection in a Rotating Hemispherical Shell ***
***Model of Atmosphere of Giant Planet:  ***
***Temperature Field***
# Presentation: 090141

## Paying for Performance

***Robert S. Galvin, MD***
***October 21, 2004***

**Paying for Performance**

- Galvin 2004

**Notes:**
Good Morning/Afternoon.  Thank you for the opportunity to talk to you about The Leapfrog Group. The name of the group is important because it signifies our goal:  achieving great leaps in the quality, safety and overall value of health care.

If you only remember one thing from today’s presentation, I hope it will be that full implementation of Leapfrog’s action plan provides us with the opportunity to prevent more than half a million serious medication errors, and to save almost 60,000 lives each year.  Again, remember half a million serious medication errors, and almost 60,000 lives.

## The Strategic Fit of Pay-For-Performance

***Performance Comparisons for Hospitals, MDs & Tx***

******* ******Market Sensitivity to Hospital/MD Quality & Cost***

***Clinical Re-engineering by MDs, Hospitals ******& Suppliers***

***Quality  ******	********* **
***Costs ******	*******

**Value of Health**
** ****Expenditures**

**Key Evolutionary Steps**

**High**

**Low**

**2002**

**2012**

**Transparency**

**Incentives**
**and**
**Rewards**

**Enabled **
**by IT**

- Galvin 2004

## Growing Number of Initiatives

- 78 Initiatives
- Easy to Access
- _[www.leapfroggroup.org](http://www.leapfroggroup.org/)_
- Commonwealth Fund Sponsored

**Growing Number of Initiatives**

- Galvin 2004

## Bridges to Excellence

***Using Evidence-Based Literature and Actuarial Analysis***

**Diabetes**
**Quality Care Saves $350/Diabetic/Year **
**Purchaser Keeps $175**
**Physicians Get $100/Patient Incentives $75**

**All Payers:**
**For Practice with 100 Diabetics - $10,000/Year**
**For Diabetes Clinic with 1,000 Diabetics - $100,000/Year**

**Bridges to Excellence**

- Galvin 2004

## Challenges

- Doctors Signing Up . . . . . . . .	But Slowly
- Rewards Being Paid Out . . . .But Not Enough
- Payers Expanding. . . . . . . . .	But Not Fast Enough
- Patient Incentives Present . . . But Not Sufficiently 	Robust
- Evaluations in Process . . . . . But Business for Quality 	Still Unproven

- Galvin 2004

## The Leapfrog Model

**The Leapfrog Model**

- Galvin 2004

**Notes:**
The state of health care quality in the United States is accurately summed up in this quote by Mark Chassin, a  preeminent health services researcher (read quote).

## Big Questions

- Funding
- ‘Zero Sum Game’
- Sufficient Reward
- Provider Engagement
- Measures
- Professionalism
- Trade Associations
- Equity
- Risk Selection
- ‘Managing to the Measure’
- Safety Net Providers
- Leadership

- Galvin 2004
# Presentation: 741976

## DØ Trigger System

## Functions of L2STT

- + improve momentum resolution

- + measure impact parameter

## Zb

- b

- two leading jets with
-  pT>25 GeV,
-  ||<4,
-  >3
- for all other jets
- pT<10 GeV

- Zbb signal sample (double-tagged)
- B = 0.22 nb
- QCD background sample (double-tagged)
- B = 2.9 nb
- scaled to measured b cross section
- QCD background sample (un-tagged)
- scaled to double-tagged sample

- smear jet energies by parametrized resolution

## b-Quark Cross Section

## Zb

- b

- invariant mass spectra

- signal

- background

- smoothed
- signal+background

## Zb

- b

- simulated Run II sample size

- In 2 fb-1:
- 43,000 Zbb
- 557,000 QCD

- normalize

- subtract

- measure peak
- to 1/3%

- tagged

- untagged

## Zb

- b

- impact on top mass measurement
- jet energy calibration with present method systematically limited at 1.5% precision
- all other uncertainties scale as
# Presentation: 662633

## Match OBS Final Pass
Verification web page
Fuel Moisture Grid
FWF tables
WFO Salt Lake City

- Verification web page
- Fuel Moisture Grid
- FWF tables
- WFO Salt Lake City

## Match Obs All Final Pass

- Final pass on MaxT, MinT to match all available STP, RAWS highs, lows
- 90-100 stations each 12 hour cycle
- Automatic use of serp_file
- Coordinated with WR grid verification

## Slide 3

## ##  from STP#ALTA         	 ,40.5905,-111.6369,45BLANDING  	    ,38.6167,-109.4833,73BRIGHAM CITY 	 ,41.5167,-112.0500,70BRYCE CANYON   ,37.7013,-112.1525,65CANYONLANDS    ,38.7800,-109.7500,74CEDAR CITY ASOS,37.7300,-113.0900,69DELTA       	  ,39.3300,-112.5700,64DUCHESNE   	   ,40.1677,-110.3950,67ESCALANTE  	   ,37.7686,-111.5977,78FILLMORE     	 ,38.9667,-112.3333,70K4HV       	   ,38.3800,-110.7200,77	

- ##  from STP#ALTA         	 ,40.5905,-111.6369,45BLANDING  	    ,38.6167,-109.4833,73BRIGHAM CITY 	 ,41.5167,-112.0500,70BRYCE CANYON   ,37.7013,-112.1525,65CANYONLANDS    ,38.7800,-109.7500,74CEDAR CITY ASOS,37.7300,-113.0900,69DELTA       	  ,39.3300,-112.5700,64DUCHESNE   	   ,40.1677,-110.3950,67ESCALANTE  	   ,37.7686,-111.5977,78FILLMORE     	 ,38.9667,-112.3333,70K4HV       	   ,38.3800,-110.7200,77

## Slide 5

## Slide 6

## Slide 7

## Fuel moisture for NFDRS

## Slide 9

## Slide 10

## FWF Formatter

- FWF

- 8000 foot data

- 5000 foot data

- AFD elements

- 3000 foot data

- Ridge wind

- PMDMRD

## Fire Area 1 near 5000.TODAY...58-62  TREND... +511-17%  TREND... +2.TONIGHT...32-38  TREND... No change37-53%  TREND... +25.MONDAY...66-69  TREND... +812-18%  TREND... +2=$$Fire Area 1 near 8000.TODAY...51-57  TREND... +915-19%  TREND... +6.TONIGHT...27-33  TREND... No change33-43%  TREND... +15.MONDAY...54-57  TREND... No change14-20%  TREND... No change=$$
# Presentation: 893756

## Strategy and present hardware

- Combine scattered Italian institutions to minimise effort, avoid (for the moment) an “Italian National CDF computer center”
- PAD based analysis at Fermilab
- Copy Ntuple to Italy
- Locate at FCC the resources for all work on 2ndary data sets (disk, CPU, user’s space). Use those from Italy.
- So far:  DISK (~4TB, mostly not there yet)
- 20% users   30% common good (RH tax)   50% data
- Data shared with collboration (e.g. top6j, B )
- Trailers for transients
- Only desktops (N_desks ~ N_cpu << N_physicists)

- Stefano Belforte - INFN Trieste

- January 24, 2002

## Data Access and Copy

- 1st phase:  copy Ntuple from FNAL to Italy
-  Need capability to archive (in DFC?) locally on tape 2ndary and 3rtiary Data Sets, and non-AC++ data formats
- Present copy tools (kerberised ftp/rcp)  OK
- Bandwidth FNAL ITALY: 50Mbit/sec
- 2nd phase: export 2ndary data sets to Italy
-  tape ( @FCC) disk ( @INFN) data caching on WAN
-  reverse also desirable
-  GRID like tools
-  Bandwidth FNAL  ITALY : 300Mbits/sec
-  from CDF 5787 (a bit scaled up):10MByte/sec/user x 20 user x 20% cache miss = 40MByte/sec
- Add Italy  FNAL: 500Mbits/sec by ~2005

- Stefano Belforte - INFN Trieste

- January 24, 2002

## Problems, Difficulties

- Working outside the gate:
-  Documentation:  where are the data
-  Documentation:  what exactely was done to them
-  Documentation:  what has changed in version N.n.n ?
-  Documentation:  what is correct tcl file to use
-  help via e-mail helps a lot, but only arrives they day after
- Will we ever do without “a friend inside” ??
- Debugger:
- Still rely a lot on TotalView, but graphics from Italy is s o   s   l    o     w
- Getting the money:
- Why does your code run so slowly ?
- How can we be sure you will not be a BaBar x 10 ?

- Stefano Belforte - INFN Trieste

- January 24, 2002

## Italy vs. FKW

- INFN gave very good feedback for new CAF:
- Commodity hardware       move toward GRID
- Next (2002~3): farmlets at FCC
- One “farmlet” for every (few) analsyis (money for 4 Monday?)
-  disk also for 3triary Data Sets, and/or other data formats
-  CPU accessible to everybody with “priorities”
- We need new farm to work, need features, will like to reuse at home
- Work on batch system (  1FTE @ FNAL x 3 months)
- Future (2003~4 ? Even before Run2b!): GRID
- Pull the farmlet to Italy
- Exploit future INFN Tier1, symmetric access to/from FNAL, hopefully still available to everybody in CDF, much easier to have significantly more hardware
- Only possible because other paving the way (DO, UK, Spain ...)

- Stefano Belforte - INFN Trieste

- January 24, 2002
# Presentation: 517916

## Wha' Happen?

- Orrrrrrrrr...wut de HECK iz goin' ON?

**  ****December 7, 2004, first fire set in Front Office, one classroom.**
**Called insurance company.**
**Contacted HAZMAT company to remove all debris, coordinated w/contractors and architects to begin restoration.**
**Assessed the amount of damage and estimated cost and time to recover.**
**Moved Front Office to South Wing to continue operations.**
**Sent a letter home to parents informing them of the situation. **
**Operational (limited) in two days)**
**Began recovery.**

## Wha' Happen?

-  December 15, 2004, second fire set in Multi-Purpose Room, JROTC Wing, A+ Classroom. (South Wing of building.)
- Called insurance company.
- Contacted HAZMAT company to remove all debris, coordinated w/contractors and architects to begin restoration.
- Assessed the amount of damage and estimated cost and time to recover.
- Moved Front Office to the Board Room (Second Floor).
- Sent a letter home to parents informing them of the situation.
- Operational (limited) in three days)
- Began recovery.
- Cadets/students returned to school (limited) January 4, 2005

## Contributing Factors

- Removal of proven safeguards, (bars on school windows).
- Lack of response from police department during emergencies.
- Disruption of alarm system (intentional/accidental).

## Lessons Learned?

- Check and REcheck your building security plan.
- Test your process periodically, to find flaws.
- Coordinate your recovery efforts w/counselors, parents, etc., to ensure smooth transition.
- Stick to your guns when talking about security and safety. (Even when you KNOW it is not a 'popular' subject).
- Update your Emergency procedures as often as necessary.
# Presentation: 014203

## Quantum Fluids in One and Two Dimensions

- We carried out a torsional oscillator study of solid 4He at 62 bars confined in Vycor glass and find evidence of onset of supersolid phase.
- We found an abrupt drop in the resonant period of oscillator below a certain critical temperature. The most likely interpretation of the drop is the entry into the supersolid phase. If confirmed, our results showed that all three states of matter, gas, liquid and solid can undergo the Bose-Einstein condensation transition.
- Submitted to Nature

- Moses H. W. Chan, Penn State UniversityDMR 0207071

## Quantum Fluids in One and Two Dimensions

**Broader Impact:**
- Students and Post-doc supported by this and the predecessors of this grant in the last 5 years include Jongsoo Yoon, graduate student, currently an Assistant Professor at University of Virginia; Mitsunori Hieda, post-doc, currently an Assistant Professor at Nagoya University; Gabor Csathy, graduate student, currently a post-doc at Princeton University; Stephen Jordan, REU student, currently a graduate student at MIT.

- Moses H. W. Chan, Penn State University, DMR-0207071

**Outreach:**
- Graduate students, Eunseong Kim and Anthony Clark and Post-doc Andriy Ganshyn supported fully or partially on this grant participate in outreach activities sponsored by the Penn State MRSEC, *Center for Nanoscale Science*.

- Presentation using liquid nitrogen to liquefy air for a visiting class from Mount Nittany Middle School.
# Presentation: 357232

## MRC Competencies

- Mike Fraser, PhD
- Deputy Director,
- National Association of
- County & City Health Officials

- Don Sutton, PhD
- Training Coordinator,
- Colorado Department of
- Public Health & Environment

- Gerry Bozarth, Director
- MRC of Eastern Washington, Spokane

## Introductions & Warm Up

- 	At your table, please come up with five skills or abilities which you would consider necessary for _*any*_ member of _*any*_ Medical Reserve Corps.

## Round Up

## A Story

- Life before competencies...
- MRC’s are unique
- Our MRC
- My participation in the work group

## The Challenge

- How do you set a “bar” for the core knowledge, skills and abilities that _*every*_ MRC member needs to have to perform?
- How do you deal with the diversity of MRCs nationwide?
- How do you get this done in eight months?

## The Process

- NACCHO facilitated a process to develop core MRC competencies
- Workgroup members selected by MRC National Office
- Share some footage of the MRC competency development workgroup

## The Process

- Invited competency development leaders and practitioners to workgroup
- Several iterations developed
- Focus on core/basic/fundamental/
- 	foundational/cross-cutting competencies NOT discipline specific competencies

## The Result

- Core competencies document
- Share via partners and website
- Link to existing training
- Evaluate!

## The Result

## The Result

- Core competencies document
- Share via partners and website
- Link to existing training
- Evaluate!

## What Will Change

- Life after competencies...
- Decreased anxiety
- Increased cohesiveness
- Increased cooperation

## What’s Next?

- Can these competencies be used by others such as _*all*_ Citizen’s Corps members or _*all*_ volunteers?
- How do our MRC competencies relate to any other competency lists?
- How do we integrate our MRC list with competencies defined at the profession-specific level?

## What’s Next?

- How can we evaluate these competencies?
- How do these competencies relate to DHS initiatives and to the emergency support functions language and the National Response Plan?

## Thank you & “Happy Trails!”
# Presentation: 666601

## National Communications System (NCS)“ESF-2 Training ”

**Daniel Colon**
**Logistics**
**DHS/Preparedness**
**daniel.colon@dhs.gov **
**(703) ****258-9094**** **

## FEMA Form 60-1

**FEMA Form 60-1**

## Uses of Form 60-1

- Gather and document information needed to determine if a purchase is viable
- Document initial purchase information, which will be transferred to a FEMA form 40-1
- Request a purchase under an existing 40-1

## FEMA Form 60-1

- Used to start the acquisition process
- Completed and submitted to Logistics section
- If the goods/services _can_ be provided by FEMA-
- Form is used for inventory control
- If not, 60-1 is used to generate FEMA Form 40-1 for acquisition of goods/services outside of FEMA

## Requirements

*Is the requirement already being met?*
**Check:**
- Within your department
- Other individuals at the DFO/JFO/LTRO/AFO
- Contracting Officer

##   Complete Description

- An incomplete description of goods/ services will cause you to receive unacceptable goods or service
- Ensure correct services are met by providing complete and accurate information

## Total Cost

- Provide an estimated cost for requisitioned goods/services
- Identify vendor to obtain information based on needs
- Calculate the total estimated cost

## Justification

- Why we need it?
- Where do we need it?
- Who needs it?

## Completed 60-1

## Statement of Work/Statement of Need

*Attachment if more information is needed*
- Provides detailed explanation of good/services
- Provides sufficient information for  Contracting Officer to solicit, evaluate, and select an officer
- Establishes standards for measuring quality

##          Selecting Source/Vendor 

**Recommendation for other than full and open competition**
- Only one responsible source
- Urgent and compelling reason
- Industrial mobilization; or experimental developmental, or research work
- International agreement
- Authorized or required by statute
- National Security
- Public interest

## FEMA form 40-1

## FEMA Form 40-1

- Information from 60-1 creates 40-1
- The funding and Commitment for services and supplies
- Obligates credit card or Obligates contract

## Policy 

- Initiated by Project Officer from
- 60-1/MA/ARF
- Routed electronically through Financial System for required signatures
- Certified by Comptroller prior to purchase commitment

## 60-1 PROCESS

**60-1 PROCESS**

## Summary

- Every request is different
- Exercise good judgment
- Provide detailed justification & information
- Complete details = timely completion of request
# Presentation: 219034

## SC quadrupole

- I think it’s diameter.
- May be  just wrong magnet is given?

- It looks like EURISOL uses the same
- Quadrupole magnet, but 8 cm long?

- _from “Write up 45” table_

- Gennady Romanov

- 7/8/2004

## Single Spoke. Cryomodule.

-  solenoid

-  Single SC

- 3.5 cm

- 3.5

- Period

- 18

- 18

- T = 43 cm

-  quad

-  Single SC

-  quad

- 3.5

- 15

- 1.5

- 15

- 3.5

- 18

- T = 56.5 cm

- Gennady Romanov

- 7/8/2004

## TRACK Simulation. Solenoids. (P.Ostroumov)

- Gennady Romanov

- 7/8/2004

## TRACE3D.  “Periodical” solution for doublets

- * Envelope matching
- * Resonances avoided
-    No Equipartitioning yet

- Gennady Romanov

- 7/8/2004

## TRACK simulation for doublets with parameters from TRACE.

- TRACK simulation for doublets with parameters from TRACE.

- Gennady Romanov

- 7/8/2004

## Solenoids

- Quadrupole magnets

- Gennady Romanov

- 7/8/2004

## Relative emittance growth. Quads vs solenoids

- Better matching between cryomodules is needed

- Gennady Romanov

- 7/8/2004

##  TRACK – TRACE parameters correlation

-    ...accelerating gap vs “real fields” ...
-  Get right quads (length, bore) and make smooth envelope
-  Consider room temperature DTL
-  Work on lattice – beam instrumentation,
-    real sizes...

- Next stops will be...

- Gennady Romanov

- 7/8/2004

## Small emittance growth can be achieved with quadrupole doublets 

- Small emittance growth can be achieved with quadrupole doublets

- Gennady Romanov

- 7/8/2004
# Presentation: 006476

## Analyzing the ISIR 

- Lesson 2

## Objectives

- Identify the types of rejects
- Verifiable
- Non-verifiable
- Understand the use of the SAR C Flag
- Locate and identify match flags
- Locate and identify common comment codes
- Identify highlighted and corrected fields

## Common ISIR Problems

**What are some of the common problems you encounter while reviewing ISIRs?**

**Live Meeting Text**

- Changes directly made to this slide will not be displayed in Live Meeting. Edit this slide by selecting Properties in the Live Meeting Presentation menu.

## Processing an Application

## Rejects

- Transaction
- Records not accepted by CPS
- Data sent by electronic file from school or data provider
- Compute
- Record accepted but no EFC calculated
- Data source may be any input (FAFSA, FAFSA on the Web, FAA Access, school software, etc.)

## Compute Rejects

- Verifiable
- A questionable, but possible, condition exists
- Data must be verified or corrected
- Indicated by alpha code
- Non-verifiable
- Data is missing or inconsistent
- Data must be provided or corrected
- Indicated by numeric code

## Reject Poll Question

**What happens if a student provides only a first or last name on the application but not both? **
**ISIR is processed with no rejects**
**ISIR is produced with Reject 13**
**ISIR is produced with Reject N**
**No ISIR is produced**

**Live Meeting Poll**

- Changes directly made to this slide will not be displayed in Live Meeting. Edit this slide by selecting Properties in the Live Meeting Presentation menu.

## Match Flags

- SAR C Flag
- Indicates some action may need to be taken
- Database matches
- NSLDS
- DHS
- Selective Service
- Social Security
- Number
- Citizenship
- Veterans Affairs
- Drug Conviction

## Comment Codes

- Provide information about processed FAFSA
- Three digit codes found on ISIR, SAR, and SAR Acknowledgement
- Related comment text
- Displays on FAA Access Student Inquiry
- Printed on ISIR
- Printed on SAR

## Common Comment Codes

- 004 – New ISIR due to NSLDS history 	     change
- 030 – Selective Service registration
- 060 – Social Security date of birth
- 271 – Notification of possible ACG 		     eligibility

## Highlighted Fields

- Highlight
- Assumed value used by CPS when data is missing or inconsistent
- Information that is missing or conflicting
- Indicated by
- Corrected field
- Indicated by      for new corrections
- Indicated by      for previous transactions

## Locate Flags

**Edit this slide by selecting Properties in the Live Meeting Presentation menu.**

**Live Meeting Sharing Slide**

- Changes directly made to this slide will not be displayed in Live Meeting. Edit this slide by selecting Properties in the Live Meeting Presentation menu.

## Activity

- Analyze ISIR Data
- Participant Workbook pages 2-13 to 2-14
# Presentation: 525463

## Running clusters on a Shoestring

- Fermilab
- SC 2007

## Poor man’s cluster tool-kit

- PXE boot – cluster installation
- rgang – run commands on worker nodes
- IPMI – Intelligent Platform Management

## installation				PXE boot

- PXE booting is a way to boot a computer entirely from the network without any form of storage on the destination computer (RAM aside).
- PXE booting allows us to mass install an OS on the worker nodes. The worker node OS images are stored on the local hard disk on a BOOTP**-**TFTP server.

## installation				PXE boot

- bootp-tftp server

- root  image

- boot image

- DOS image

- BOOTP-TFTP Request Response

- tomsrtbt and kernel Response

- It takes 14 minutes to install 80 Opteron 270 nodes, using an
- Intel Xeon BOOTP**-**TFTP server, over a 100Mbps network.

-        clusterInstallScript partitions local disk, remote copies images and unzips them into disk partitions, configures network and reboots the node.

## deployment					rgang

- rgang allows one to execute commands on or distribute files to many nodes.
- rgang forks separate rsh or ssh children, which execute in parallel. After successfully waiting on returns from each child or after timing out, rgang displays the sorted node responses.
- To scale to kilo clusters, rgang can utilize a tree-structure, via a nway switch. When so invoked, rgang uses rsh or ssh to spawn copies of itself on multiple nodes. These copies in turn spawn additional copies.

## deployment					rgang

**rgang took ****350 seconds**** to transfer a 1GB file from the head-node to 600 nodes using ****nway=2**** option over ****100Mbps**** network which is ****13Gbps**** of transfer rate for the entire cluster**

- head-node

- 1GB file

- nway = 2

## management				IPMI

- IPMI is an open standard for monitoring, logging, recovery, inventory, and control of hardware that is implemented independent of the main CPU, BIOS, and OS.
- The Baseboard Management Controller (BMC) is the brain behind platform management and its primary purpose is to handle the autonomous sensor monitoring and event logging features.
*ipmitool* provides a simple command-line in-band and out-of-band interface to the BMC.

## management	             		IPMI

- OS Running

- OS not loaded, OS booting, OS unresponsive

- In-band Server    Management

- Out-of-band Server     Management

- BMC

- Ethernet

- Local interface  SSIF, KCS, SMBus

- Power cycle/on/off               CPU temperature          System temperature  CPU/Chassis Fan speed Sensor Event Logs

- We power on, off or reset a thousand+ worker nodes in seconds.

## Slide 9
# Presentation: 549179

## Office of Occupational Safety, Health, and Environment

- Transportation Security Administration:
- The Federal Electronics Challenge
- and the
- PC Refresh Project

## Transportation Security Administration

- As a component of Department of Homeland Security, TSA has a mission to protect the Nation’s transportation systems to ensure freedom of movement for the people and commerce

## Information Technology Division Role

- Determine information technology requirements to support the Federal security employees at US airports
- Develop implementation strategy
- Acquire systems
- Manage and direct the installation of systems
- Maintain and operate systems
- Keep systems current with technology improvements

## Office of Occupational Safety, Health, and Environment’s (OSHE) Role

- Protect communities and the natural environment affected by our transportation security activities
- Ensures compliance with local, state, and federal environmental requirements by assessing and mitigating, where applicable, the impact of TSA activities
- Ensure TSA efforts as an environmental steward by providing support and technical assistance to all functional levels within TSA

## The Federal Electronics Challenge

- TSA became a member of the FEC in 2005, and OSHE and IT are working together to make TSA a successful environmental steward
- TSA received the Silver-level FEC Award in 2007

## TSA PC Refresh Project

- The PC Refresh Project was led by Project Manager Karen Nason, and was assisted by management consultants from Apptis, Inc. and Program Management Associates, Inc.
- The project began in August 2006 and was completed in March 2007.

## The Scope

- Replace all computers that are no longer in use with environmentally responsible and energy efficient systems
- Coordinate the installation and transfer of existing data at more than 450 airports and TSA Headquarters
- Load approved software and training applications for selected systems
- Pickup and wipe the data of computer systems that are no longer in use
- Ensure that the disposal of unused equipment meets or exceeds Federal guidelines and requirements

## The Provider

- Based on technology, cost, and disposal methods offered, we selected Dell products and service through one of their certified small business partners, Eyak Tek
- TSA also selected Dell’s Asset Recovery Service (ARS), a safe and secure method by which Dell retrieves and transports all of TSA’s used computers and either refurbishes the equipment for resale or recycles the equipment
- 100% of the new equipment Dell provided for TSA met the EPEAT Silver level standard

## The Equipment

| Model | Type | EPEAT Level |
| --- | --- | --- |
| Optiplex GX620 | Desktop | Silver |
| Optiplex 745 | Desktop | Silver |
| Latitude D420 | Laptop | Silver |
| Latitude D620 | Laptop | Silver |
| Latitude D820 | Laptop | Silver |

## TSA Federal Electronics Challenge POC
Kathryn Jones
(571) 227-1116
Kathryn.Jones@dhs.gov

- Kathryn Jones
- (571) 227-1116
- Kathryn.Jones@dhs.gov
# Presentation: 681643

##  AVDC Update

- B. R. Bojkov and M. R. Schoeberl
*NASA Goddard Space Flight Center*

## Current Status

- AVDC opened to users February 10, 2005
- 154 registered users
- 1.4 TB total, 100+ GB of validation data
- 405,000 web hits (~1,500/day)
- 50GB web transfers  (~185MB/day)
- Web access only: _[http:](http://avdc.gsfc.nasa.gov/)__[//avdc](http://avdc.gsfc.nasa.gov/)__[.](http://avdc.gsfc.nasa.gov/)__[gsfc](http://avdc.gsfc.nasa.gov/)__[.](http://avdc.gsfc.nasa.gov/)__[nasa](http://avdc.gsfc.nasa.gov/)__[.gov](http://avdc.gsfc.nasa.gov/)_
- Access restrictions (data protocol)

## Available Data

- Groundbased:
- MSC groundbased data (~4,000 daily files)
- NDSC MWR (~1,800 files from NZ, HI; awaiting 3 other sites)
- Ozonesondes (~700 files SHADOZ, CMDL, VU, MSC)
- Mirror of AVE/INTEX missions
- Mirror Envisat Cal/Val groundbased archive
- Supporting data:
- Satellite data: SBUV/2, ACE 2.1, OSIRIS

## Aura data

- MLS
- L2 data and L2 station OVP files
- OMI
- Station OVP files for OMTO3, OMDOA3, OMNO2 L2 (460+ stations, daily data)
- Gridded data (TOMS like 1o  1.25o)
- TES
- L2 IDLSAVE (AVE) and Langley DAAC mirror (~20 GS)
- Exclusive access to Aura provisional datasets

## FOV Predictions

- 5-day FOV predictions generated by AVDC
- HIRDLS, MLS, OMI and TES (global survey)
- Aqua and Aura sub-satellite tracks
- Extensively validated and used for AVE
- Daily 5-day FOV station OVP files generated (NDSC, GAW, etc.)
- Will extend FOVs predictions to 15 days (October)

## Tools: Database

- Delayed implementation
- Groundbased HDF files fully searchable
- Instrument, location, species, PI, etc.
- Time/geolocation data searches
- Including groundbased-Aura FOV coincidences
- To be implemented by November

## Tools: HDF conversion

- Convert ASCII into AVDC/Envisat HDF
- Write, read and QA HDF files
- IDL read/write procedures on-line
- Linux, OSX and Windows 2000/XP executables to be released shortly

## Tools: Miscellaneous

- Example scripts to automate web downloading of data
- Example IDL procedure to convert datasets
- Documentation and Howtos
- Measurement reporting guidelines in preparation

## Up and Coming

- More provisional datasets through AVDC
- 10 OMI L2 products, HIRDLS, TES S/S
- Continued Aura data subsetting for validation
- Accelerated collection of GB datasets
- Accelerated release of tools and documentation
- Contact AVDC for information
- http://avdc.gsfc.nasa.gov
# Presentation: 784172

## Webcontent.govYour Guide to Managing U.S. Government Websites

- Sheila Campbell
- Presentation at Denver Regional Web Managers Conference
*July 28, 2005*

##    About Webcontent.gov	

- “One-stop” web portal for government web managers
- Serves the public by improving all government websites
- Helps agencies meet federal requirements
- Showcases common and “best” practices in web content
- Highlights news and events
- Provides answers to common challenges
- Managed by inter-agency Web Managers Advisory Council

## 

www.webcontent.gov

- _[www.webcontent.gov](http://www.webcontent.gov/)_

-    How Can I Access It?

## Toolkit Organized Around Primary Topics:

Federal Requirements, Policies & Guidance
Launching a Website
Developing & Managing Content
Design & Usability
Management & Governance
Evaluating Your Website
Marketing Your Website
Using Technology

- Federal Requirements, Policies & Guidance
- Launching a Website
- Developing & Managing Content
- Design & Usability
- Management & Governance
- Evaluating Your Website
- Marketing Your Website
- Using Technology

-    Future Plans

## Expanded Features:
Calendar
Agency contacts / Subject matter experts Directory
Best Practices
Job Board  
Videoclips of experienced web managers
Self-assessment guides and checklists
Surveys
Sample design templates

- Calendar
- Agency contacts / Subject matter experts Directory
- Best Practices
- Job Board
- Videoclips of experienced web managers
- Self-assessment guides and checklists
- Surveys
- Sample design templates

-    Future Plans (2)

**Redesign Prototype****  ****- ****Homepage**

**Redesign Prototype****  ****- ****2****nd**** level page**

**Redesign Prototype****  ****- ****3rd level page**

## Good examples, case studies and best practices 
Suggestions for additional guidance and strategies 
Calendar items
Job vacancies
Agency web policies and operating procedures 
Research, studies, usability test results, etc.
Lessons learned in managing specific types of websites

- Suggestions for additional guidance and strategies
- Calendar items
- Job vacancies
- Agency web policies and operating procedures
- Research, studies, usability test results, etc.
- Lessons learned in managing specific types of websites

-      How Can I Contribute?

## Manager, Webcontent.gov:

Sheila Campbell
Senior Content Manager, FirstGov.gov
sheila.campbell@gsa.gov
202-208-5588

Web Managers Advisory Council Co-Chairs:

Candi Harrison
candis_b._harrison@hud.gov
520-670-6237 x228

Kate Donohue
Kathleen.Donohue@occ.treas.gov
202-874-4976

- Sheila Campbell
- Senior Content Manager, FirstGov.gov
- _[sheila.campbell@gsa.gov](mailto:sheila.campbell@gsa.gov)_
- 202-208-5588
**Web Managers Advisory Council Co-Chairs:**
- Candi Harrison
- _[candis_b._harrison@hud.gov](mailto:candis_b._harrison@hud.gov)_
- 520-670-6237 x228
- Kate Donohue
- Kathleen.Donohue@occ.treas.gov
- 202-874-4976

-   Questions?