BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 515040

## Faith-Based & Community Initiative(FBCI)

## Agenda

- Overview of FBCI
- Surveying our program applicants
- Getting the message out
- Tips on successful grant applications
- Community based resources

## The FBC Initiative

- Initiative was established by Executive Order on Dec. 12, 2002.
- Focus of the Initiative, in relation to USDA’s Foreign Agricultural Service (FAS), is to identify and eliminate barriers that impede the full participation of faith based and community organizations in the Federal grants process.
- Under the initiative, FAS is focusing on
- Providing training and technical assistance for all grant applicants and participants
- Making information more accessible for all grant applicants and participants
- Ensuring equal opportunity for all interested applicants

## Surveying our Program Applicants

- An online survey of food aid program applicants and participants is being conducted to collect information on what types of organizations are applying for and receiving grants.
- We would very much appreciate your taking the time to fill out and submit the survey to us.
- 	http://www.fas.usda.gov/foodaid/foodaid_fbi.asp?prog=FFP

## Survey

## Getting the message out

- Success Stories from Faith-based and Community Organizations are being requested for:
- The FBCI Program Guide
- The FBCI website
- FBCI Whitehouse briefings
- Please include any personal stories and photos!
- Email to:
- ppded@fas.usda.gov

## Tips for Successful Grant Proposals

-   FAS Website – Food Aid Page!

## www.fas.usda.gov/food-aid.asp

## Tips for Successful Grant Proposals

**Proposal writing workshop**
-  (May, 2006 – USDA Headquarters, Washington, D.C.)
- Details coming shortly...
- Watch our website....

## 

The United States Breastfeeding Committee
Audrey Naylor

** **
**The United States Breastfeeding Committee**
**Audrey Naylor**

- Community Based Resources

**Notes:**
Today, we have a guest from the United States Breastfeeding Committee who talk about her organization and the types of educational outreach services they provide.  Because USDA strongly supports programs in Maternal & Child health through its McGovern-Dole Food for Education program,
# Presentation: 124143

## Society of Research Administrators
October 14, 2007

VA DAY AT SRA

Developing and Implementing a Remedial Action Plan

Tom Puglisi, PhD, CIP
ORO Chief Officer

- October 14, 2007
- VA DAY AT SRA
- Developing and Implementing a Remedial Action Plan
- Tom Puglisi, PhD, CIP
- ORO Chief Officer

*Office of Research Oversight*

## 
 For Cause Reviews Off and On-site
 Routine (Not for Cause) Reviews
 Frequency => 60 Annually (previously 25-30)
 Focus 
  Research Information Security
  Research Safety & Security
  Human Research Protection Program
  Laboratory Animal Welfare

-  For Cause Reviews Off and On-site
-  Routine (Not for Cause) Reviews
-  Frequency => *60 Annually* *(previously 25-30)*
-  Focus
-   Research Information Security
-   Research Safety & Security
-   Human Research Protection Program
-   Laboratory Animal Welfare

*ORO’s Activities*

*Facility Director Research Oversight Certification and Checklist*

- Action Plan Implementation Monitored by ORO Regional Offices
- 43% No Action Plan Required
- 57% Action Plan in Progress
- Annual Assessment or Reports
- Written Operating Procedures

## Some Case Examples 
of Systemic Compliance Failures

*of Systemic Compliance Failures*

- What went wrong?
- Was the cause systemic or isolated?
- What actions are needed to address the problem?
- How soon can remedial actions be implemented?

*ORO Regional Offices*

**Northeastern **
- Bedford, MA
- VISNs 1, 2, 3

**Midwestern**
- Hines, IL
- VISNs 11, 12, 15, 19, 23

**Western**
- Loma Linda, CA
- VISNs 18, 20, 21, 22

**Southern**
- Duluth, GA
- VISNs 7, 8, 16, 17

**Mid-Atlantic**
- Washington, DC
- VISNs 4, 5, 6, 9, 10

## Office of Research Oversighthttp://www1.va.gov/oro/ 

**ORO (Central Office)**
- Department of Veterans Affairs
- 811 Vermont Ave, NW, Suite 574 (10R)
- Washington, DC  20420
- 202.565.5184  fax: 202.565.9194
**ORO Mid-Atlantic Regional Office**District of Columbia VAMC
- 50 Irving Street, N.W. (10R)Washington, DC  20422202.745.8110  fax: 202.745-8538
**ORO Midwestern Regional Office**Hines VAMC
- Building 1 (10R), Room B-1035th & Roosevelt AvenuesHines, IL  60141708. 202.7254  fax: 708.202.7250

**ORO Northeastern Regional Office**Bedford VAMC200 Springs Road (10R)Bedford, MA  01730781.687.3850  fax: 781.687-3858
**ORO Southern Regional Office**3700 Crestwood Pkwy, NW
- Suite210 (10R)Duluth, GA  30096678.924.5762  fax: 678.924.5708
**ORO Western Regional Office**
- P.O. Box 7360
- Moreno Valley, CA  92552-7360
**Express Delivery:**
- 14560 2nd Street , Bldg. 2641, Suite B
- Riverside, CA  92518
- 909.801.5164  fax: 909.801.5176
# Presentation: 890258

## N.Nikolov, N. Schunck, M.Bender, W. Nazarewicz, P.-G. Reinhard

_**N.Nikolov**_, N. Schunck, M.Bender, W. Nazarewicz, P.-G. Reinhard

## assym   [MeV]  for certain Skyrme functionals: M.Bender et al. PRC73 (2006)   

| SkM* | SkP | BSk1 | BSk6 | SLy4 | SLy6 | SkI3 | SkI4 | SkO |
| --- | --- | --- | --- | --- | --- | --- | --- | --- |
| -52  | -45 | -36 | -33 | -54 | -51 | -75 | -34 | -58 |

**a*****ssym*****  **** [MeV]  for certain Skyrme functionals: **M.Bender et al. PRC73 (2006)**  **

- Leptodermous expansion  based on self-consistent
- mean-field theory

- Surface-symmetry coefficient is not constrained

## (N-Z)/A = 0.4

**(N-Z)/A = 0.4**

**Skyrme Interactions**

**Skyrme Interactions**

**Energy (deformation=0.6) – Energy (spherical)  in two nuclei:**

**(N-Z)/A = 0.0**

- E(def=0.6) – E(def=0)

## Full HFB calculations with 24 parametrizations of energy-density functional:

**Constraining surface-symmetry energy from known highly-deformed nuclei **

| Isotope | Excitation energy [MeV] |
| --- | --- |
| 192Hg  (SD) | 5.300 |
| 194Hg  (SD) | 6.017 |
| 192Pb  (SD)  | 4.011 |
| 194Pb  (SD) | 4.640 |
| 196Pb  (SD) | 5.630 |
| 236U   (FI) | 2.750 |
| 238U   (FI) | 2.557 |
| 240Pu  (FI) | 2.800 |
| 242Cm  (FI) | 1.900 |

**Choice of nuclei:  ****superdeformed (SD) states and fission isomers (FI)**

**Full HFB calculations with 24 parametrizations of energy-density functional:**
- SkP, SIII, SLy4, SLy5, SLy6, SLy7, SkM*, MSk1-6, SkI3, SkI4, SkX, SkXC, SkO, SkOP, SkMP, BSk2, BSk6, SV

- DEFORMATION

- ENERGY [MeV]

- Excitation energy

## Getting LD energy by removing shell correction energy and the free gas energy contribution (ongoing) 

- Getting LD energy by removing shell correction energy and the free gas energy contribution (ongoing)
- LD energy analysis **(ongoing)**

**The fluctuations of the residuals are larger than the experimental and theoretical error bar**

**Residual= Excitation energy (exp.) – Excitation energy (the.)**

## Exponential convergence to the exact result of energy of ground state or fission isomer

- Excitation energy is basis independent

## Slide 7
# Presentation: 420213

## Terrestrial and Martian magnetizations of lithospheric origin: Comparative Planetology

- Michael Purucker, Benoit Langlais, and Mioara Mandea (with contributions from Nils Olsen, David Benveniste, Gauthier Hulot, and Yves Cohen)

## Overview	

- Martian magnetic fields of lithospheric origin can be used to develop and test ideas bearing on the tectonics of Mars
- We illustrate the difficulties of inferring a magnetization distribution from observations of the magnetic field by showing an example from the geomagnetic field.

## Testing tectonic ideas

- Idea: The linear features radiating from the large Martian shield volcanoes are actually the surface expression of dikes (McKenzie and others)
- Test: Using the three-component magnetic field observations

## Inferring magnetization distribution from magnetic field observations

- Could you infer this magnetization distribution

- From these magnetic field observations?

## Why is it so difficult?

- Magnetic fields of multiple origin.
- Non-uniqueness of inversion.
- Importance of constraints or priors.

## How was it done?

- Starting point: Models of remanent and induced magnetization from non-satellite observations (ocean floor ages, seismic tomographic compilations)
- Comparison with satellite observations
- Iteration on model. Further long-wavelength constraints from gravity and surface geology. Inversion for shorter wavelengths.

## Summary

-  The magnetization distribution within the lithosphere on Mars is likely to be very difficult to decipher. We will need help from seismology, heat flow, gravity, geology, and global tectonics, in addition to the magnetic field observations.
# Presentation: 791003

## Propuesta para la Red de Altura

- Workshop San Ignacio, Bolivia
- Febrero 2002

## Objetivos Científicos Generales

- SALLJ
- Baja térmica
- Altiplano
- Costa del Pacífico
- Entrada de perturbaciones sinópticas
- Posibles vacíos en la red

## Estrategias

- 1    Reforzar las estaciones de PACS-SONET ya existentes, localizadas en la zona del SALLJ y en el Altiplano
- 2  Instalar nuevas estaciones de globo piloto (a lo sumo 18: 8 teodolitos nuevos, 4 prestados a Argentina, 6 facilitados por otras instituciones)

## Consideraciones generales

- Se definen 3 períodos de tiempo:
- estacional (desde el 1/11/2002 al 28/2/2003)
- SOP (desde el 15/11/2002 al 15/12/2002 y desde el (15/1/2003 al 15/2/2003)
- IOP períodos cortos dentro de los SOP
- Esta propuesta toma en consideración , tanto los recursos operativos de cada país, como fuentes adicionales de financiación provenientes de J. Paegle, M. Nicolini y PACS-SONET

## Slide 5

## Slide 6

## TOTAL DE GLOBOS PILOTO 

**POR PAIS**

**CHILE****	****	****	****300**
**PERU****	****	****	****480**
**PARAGUAY****	****	****600**
**BRASIL****	****	****780**
**ARGENTINA****	****	****930 + 120 RS**
**BOLIVIA****	****	****1570**

## Presupuesto

- La propuesta se ajusta al presupuesto estimado en el rubro materiales.
- La cantidad prevista de globos en base a la frecuencia horaria propuesta, incluyendo el período estacional y las SOP es de 5700, quedando un margen para las IOP
- Se sugiere reforzar Uruguayana con 1 radiosondeo más a las 00 UTC durante 1 mes dentro de las SOP

## Sugerencia

- La propuesta original carece de financiación para operadores (horas extras de trabajo). Esto debe ser reconsiderado, particularmente en horas en que las estaciones no realizan su labor operativa.
- El establecimiento de la red considera viajes a Chile, Argentina y Perú. Faltan Paraguay y Brasil.
# Presentation: 421501

## DM2K

- EPICS Collaboration Meeting
- SNS/ORNL
- 14-16 November, 2000
- Steve Lewis

## History

- Early spin-off from MEDM
- CERN/DESY/BESSY contributed
- Minor LBNL “adjustments” made
- SNS considering for standard...
- Front End group at LBNL built full screen reportoire for MEDM, then DM2K
- SNS concerned about its future

## DM2K vs. MEDM

- 2x faster generally; 5x faster for X-Y plot
- About 85% compatible at “.adl” level
- A few added run-time features very nice
- Uses non-commercial X-Y (JPT) where MEDM uses SciPlot
- Editing much more primitive and somewhat ***buggy***

## DM2K: dynamic features

- Simple, ***external*** “color rules”
- edit by hand
- min/max/color paradigm
- Simple, ***external*** “graphic rules”
- edit by hand
- min/max/element-from-file paradigm
- file is another .adl “library” built by DM2K

## ...dynamics

- Can add call-up to any composite
- but can’t edit components
- Has a sophisticated “face-plate” for structured tiling based on actual PVs
- Some widgets much improved
- bar has log, visible alarm level
- Others more primitive
- X-Y has little control

## ...dynamics

- Printing is ***very*** primitive
- Nice cursors for “no-write” and “active call-up” keep operator informed

## Editing

***NO UNDO!***
- Lacks flip, rotate, distribute, ...
- Does add nice touches here and there

## Future

- Essentially “open”...
- ...but somewhat of an orphan
- Shares “monolithic” aspects of code inherited from MEDM
- SNS needs immediate go/no-go decision
# Presentation: 745384

## A New Option for Spacecraft
Onboard Computer Operating Systems
that enables IP-in-space

*Onboard Computer Operating Systems*
*that enables IP-in-space*

***FlightLinux  ***

## Agenda

- Project Description
- The Linux Operating System
- Porting Linux to Onboard Computers
- Proof of Concept Approach
- Benefits
- Related Research

## FlightLinux Project

- Selected by NASA HQ/OES/AIST in May 2000 as a funded project.
- Government-Industry team:
- GSFC Code 586, Science Data Processing
- GSFC Code 582, Flight Software
- QSS Group, Inc.
- Principal Investigator: Pat Stakem, QSS Group, Inc.

## Why Linux?

- Open source
- Flexible
- Extendable
- Free
- Multiple target platforms
- Supports networking which enables multiprocessing
- Commonality with ground platforms - easy to migrate applications
- Real-time extensions
- Large experience base to draw on

## FlightLinux onboard computer Port Assessment

- _Target__	__	__base architecture__	__assessment_
- RAD6000	R/6000 - PPC		cots
- RH32		MIPS, R3000		cots
- Mongoose-V	MIPS, no MMU		cots, modified
- RHPPC		PPC			cots
- RAD750	PPC-750		cots
- ERC32		SPARC			cots
- IA-32		Pentium, 80x86		cots
- SNAP-1	StrongARM		cots
- here, cots = a Linux version exists.

## FlightLinux Port Device drivers

- 1553 - new mapping of the SOIF Reference model to this and other Master/Slave architectures.
- 1773
- IEEE-1394 (FireWire)/SpaceWire
- CAN - Controller Area Network
- 10-BaseT, 100 BaseT

## Benefits

- Onboard LAN
- Onboard file system, in the bulk memory
- Onboard Java applets, via JVM
- Onboard web page serving
- IP to and on the spacecraft

## Potential BenefitsThe OES Sensor Web

- FlightLinux Enables the OES Sensor Web
- Internet connectivity with constellations of Earth orbiting satellites
- Commonality of ground and space-based environments for ease of application migration

## Related Research

- Posix-compliant flight software
- (GSFC code 582 ongoing research)
- End-to-end IP; IP-to-the-spacecraft
- IP tunneling via CCSDS
- IP over 1553
- Java-onboard
- Onboard networked file systems
- Beowulf - distributed processing

## Related Research The OMNI Experience

- IP-to-the-Spacecraft
- Demonstrated May/June 2000
- UoSat-12 spacecraft,
- 80386EX onboard computer, 4 megabytes
- pSOS operating system, with TCP/IP stack
- Demonstrated functionality
- Ping
- Ftp up & down

## Related research-onboard algorithms

- FlatSat (Omni Project)
- 233 MHz Intel-based processor
- embedded system, PC-104 bus, Linux
- Multispectral image classification algorithm
- implemented in Java, 7 Megabyte footprint
- 70-90% data reduction (demonstrated 1/2001)
- Onboard LAN connected instrument
- TCP/IP over 10Base-T
- simulated scanning instrument, Landsat MSS-class
- Downlink
- TCP/IP over 10Base-T

## Slide 12

## Related research -flying FlightLinux

- UoSat-12
- Memorandum of understanding in work
- Flight proof of concept
- Continuation of OMNI work

## FlightLinux Project Web Page

- http://aqua.qssmeds.com/flightlinux/
# Presentation: 175947

## Electrical Control of Relaxation of a Single Electron Spin Marc A. Kastner, Massachusetts Institute of Technology, DMR 0353209

- With B along y, spin-orbit relaxation results from phonons moving the electron along y.  A more negative combination of voltages on the gates (VSHAPE) changes the ground state (a) from the symmetry of the red oval to the blue, increases the energy Ey of the first excited state (b), and increases the relaxation rate of the electron spin (c). The rate is also very sensitive to magnetic field (d).

- Electrical Control of Relaxation of a Single Electron Spin **Marc A. Kastner, Massachusetts Institute of Technology, DMR 0353209**

**a**

**b**

**c**

**d**

**Notes:**
Electrical control of individual electron spins could be very useful for quantum computing.  This experiment demonstrates how to control the rate W, at which a single electron spin relaxes from its excited state to its ground state.  We know how to measure W; here we show that we can change W electrically. A single electron is trapped in a GaAs heterostructure by applying negative voltages on the nano-fabricated gates in (a) whose widths are about 50 nm wide.  Motion of the electron transforms intrinsic electric fields in the GaAs into magnetic fields, which can affect the spin of the electron; this is called spin-orbit coupling.  When the magnetic field is along the y direction, the important motion is also along y, because then an electric field along x creates a magnetic field along z, which changes the state of the spin from up to down along y.  By changing the voltages on several gates we change the shape of the potential in such a way that the potential is steeper or shallower along y, illustrated by the red and blue ovals in (a).  Making the potential steeper causes the rate to increase strongly (Figure (c)).  Theory predicts that the rate should vary as B^5/(E_y^4), where B is the magnetic field and E_y is the energy to excite an electron in the y direction; the data in (b) and (d) confirm this. 

## Electrical Control of Relaxation of a Single Electron Spin Marc A. Kastner, Massachusetts Institute of Technology, DMR 0353209

- Students and postdocs from the Kastner group have gone on to careers in industry and academia. About 20% of the PhD students have been women.  As MIT Dean of Science, Kastner devotes much effort to recruiting K-12 students into science.  Here he is addressing the Minority Introduction to Science and Engineering (MITES) students during the summer of 2007.
# Presentation: 139898

## Mississippi 

- Case Study

## Mississippi Basin 

- Mississippi Basin

**Notes:**
Recent relief map of the US illustrating the Mississippi River basin. 

## Mississippi River Basin – 1905 (before the reverse of the Chicago River) 

**Mississippi River Basin – 1905 (before the reverse of the Chicago River)**_ _
- _Rivers of North America: A Reading Lesson for Students of Geography and Geology_, by Israel C. Russell, New York, G.P.Putnam’s Sons London, John Murray 1905

**Notes:**
1905 map of the US illustrating the Mississippi River basin. 

## Warren County Mississippi and Vicksburg

- Map – Microsoft MapPoint

**Notes:**
Street map of the floodprone communities within Warren County and Vicksburg. 

## Wilkinson County, Mississippi 

- Map – Microsoft MapPoint

**Notes:**
Street map of the floodprone communities within Wilkinson County Mississippi.  

## Alexander County IL

- Map – Microsoft MapPoint

**Notes:**
Street map of the floodprone communities within Alexander County Ill. 

## Cairo, Illinois

- Map – Microsoft MapPoint

## Davenport,  Iowa

- Map – Microsoft MapPoint

## Slide 9

**Notes:**
Illustration of the Mississippi River basin. 

## Atchafalaya Basin (Issues)

**Notes:**
Map of the lower Mississippi and the Atchafalaya basin. 

## Basin Dead Zone (Issues)

**Notes:**
Map illustrating the dead zones within the Mississippi basin. 

## Channel Iowa

**Notes:**
Map of the Mississippi illustrating channelization. 

## Delta Change (Issues)

**Notes:**
Map illustrating changes within the Mississippi Delta. 

## Delta (Issues)

**Notes:**
Map of Mississippi Delta illustrating changes in sediment deposits.
# Presentation: 051172

## PlastiScan  Infrared Fiber Systems Inc, Silver Spring, MD

- Innovation
- Infrared Fiber Systems, Inc. has developed non-contact sensors using fiber optics for use in confined or inaccessible locations. The use of an acousto-optic tunable filter coupled to infrared (IR) fibers for spectroscopy is a the core of Infrared Fiber Systems technical advancement.

- Photo

- Accomplishments
- Infrared Fiber Systems has been producing the PlastiScan commercially
- for  the past eight years. The sales have enabled the inform to keep eleven
- individuals employed. The technology has also enabled the firm to
- establish multiple domestic and international distributors and partners.
- Sales realized from the most recent fiscal year have totaled over two
- million dollars.

- Commercialization
- Infrared systems has also received related funding from the department of
- Energy and the National Institute of Health. The purpose of these additional
- funds is develop Spin-off products for the areas of toxic-waste detection
- and medical diagnostics. The PlastiScan is being utilized in a variety of
- markets in the private sector. These areas including Pharmaceutical
- tablet analysis, Air Pollution Detection and Liquid Fuel analysis. the
- company  also believes that certain opportunities exist in the Medical
- Diagnostic, Chemical Processing, Food Processing, and Gas &
- Oil Refineries.

- Government/Science Applications
- The Department of Energy and the army are currently utilizing Infrared Fiber Systems, PlastiScan  for the gas analysis of toxic waste in environmental clean-ups and the analysis of liquid fuels. The thiokol corporation is also using the PlastiScan  to determine monitor Rocket engine parts for oil contamination.

- Points of Contact:
-    -  NASA Jane I Fox
-     -  Company: www.infraredfibersystems.com
- 1986 SBIR Phase II; NAS # 17993; SS # 09-006

- NASA Field Center
- Date of Updated: September 17, 1998

- PlastiScan
# Presentation: 134192

##  Wild Fires 8-22-03

*** ******Wild Fires 8-22-03***

##  Science Goal Monitor Display

*** ******Science Goal Monitor Display***

##  National Interagency Fire Center Display

*** ******National Interagency Fire Center Display***

- Selected fire for test

**http://www.nifc.gov/information.html**

##  MODIS Active Fire Detection Web page

*** ******MODIS Active Fire Detection Web page***

##  Zoom of MODIS Active Fire Det. Web page

*** ******Zoom of MODIS Active Fire Det. Web page***

##  Results

*** ******Results***

- Dear all, (8-22-03)
- The results were good.  The image contains portions of the Robert Fire and the
- Trapper Creek Complex as well as multiple lightning strike fires northeast and
- east of Whitefish, MT.
- The images were successfully stitched and converted to Erdas format and have
- been retrieved by the USFS who are rubber sheeting them to a Landsat image for
- precise georectification.  They will be transmitted to the appropriate fire
- camps today.
- There were outstanding image requests for these areas, so this experiment not
- only proves the concept but will also help the cause.
- Here is a quick graphic with a subset of the ALI image and the corresponding
- MODIS fire detections.
- Have a nice weekend,
-   Rob
# Presentation: 829857

## Proton Driver Test Cryostat: An Update

- Michael White
- Technical Division: E & F
- Fermi National Accelerator Laboratory

## Modeling

- Switch from commercial style to Fermi style bayonets (req. by AD/Cryo)
- Reduce overall height
- Finish Nitrogen Tubing
- Rearrange Flanges on Top

## Reduction in Height

- Currently have 48” (1219 mm) between bottom port and helium storage vessel
- What can this be reduced to?

- As supplied by Giorgio Apollinari 6/10/2005

## Drawings 

- Three weeks to draw and approve?
- Vacuum Vessel and Flanges
- Magnetic Shielding
- 80 K Shield
- He Reservoir

## Modeling (cont.)

- After vacuum vessel has been sent out, we will begin work on the helium plumbing system

## Heat Exchanger

- Thermek spined tubing has too high of pressure drop
- Can use the design from a cryostat at UW-Madison, or can order a HXA type heat exchanger as used at CERN

## Timeline

- Finish Modeling (Sept 30)
- Finish Drawings (Oct 21)
- Bids back, ready to order (Nov 4)
# Presentation: 129181

## Section 29

_***Section 29***_
***Global Positioning System***

*** ******. . . Dave Quinn***
*EO-1 GPS Receiver Lead Engineer*

## GPS Subsystem

***GPS Subsystem***

***Off the shelf GPS receiver (Tensor), preamp/splitter and antennas from Space Systems / Loral.***
***Power Conditioning Unit designed and built in-house.***
***Provides orbital navigation and time information for C&DH and ACS/EFF applications.***

**Receiver Processor Unit **
**(RPU)**

**Preamp / Splitter**
**Assembly**
**(P/SA)**** **

**Hemispherical Antennas**

**Power Conditioning Unit **
**(PCU)**

**Power Input**

**Telemetry / Data IO**

## “As Run” Verification Matrix

## Projected Power On Time

## GPS -- Performance Summary

***GPS -- Performance Summary***

**Position Requirement:****	**** 450m - 3s, in-track and cross track**
**	****1 Hz SPS Solution Capability: ****	****m = 95.35 m, s = 62 m**
**	****1 Hz Filter Solution Capability :****	****m = 43.28 m, s = 33 m**
**Velocity Requirement:  1.0 m/s - 3s, in-track and cross track**
**	****1 Hz SPS Solution Capability : ****	****m = 0.74 m/s, s = 0.44 m/s**
**	****1 Hz Filter Solution Capability : ****	****m = 0.13 m/s, s = 0.14 m/s**

## GPS -- Summary

***GPS -- Summary***

***Operating hours (as of 28-JUL-00)***
***976 failure-free hours for GPS Tensor, RPU, and Pre-Amp***
***Configuration change, GPS Power Control Unit DC/DC Converter doubler***
*** ******No other configuration changes, zero non-conformances, no action items, no RFA’s, no PR’s***
***No outstanding waivers***
***No Redbook candidates***

***GPS is READY***

## Special Topic Follow-Up:

***GPS Signal Drop Outs***

*** ******. . . Dave Quinn***
*EO-1 GPS Receiver Lead Engineer*

## Loss of GPS Signal During TV/TB

***Loss of GPS Signal During TV/TB***

***During Thermal Balance/Thermal Vacuum test in OCT 1999, significant GPS dropouts occurred during both hot and cold soaks***
***Telemetry indicated that 1/4 of time GPS not providing timing information to C&DH.***
***Cause Isolated:***
***Cable Losses and insufficient signal strength between GPS rooftop antenna and antenna’s resulted in inability to lock onto 4 SV’s even though they were available.***
***RF Engineers brought in to correct GSE problem:***
***High loss RG-142 cable eliminated from GSE set-up wherever possible.***
***Low Noise amplifier included in special weather-resistant rooftop antenna enclosure.***
***Low noise cable runs shortened as much as possible.***
***Significant improvement in signal levels noted with NO data dropouts***
***Each of the four GPS antennas validated during T/V II test at Ambient, hot and cold plateaus.***
# Presentation: 321084

## 
Abigail Alliance for Better Access to Developmental Drugs
www.abigail-alliance.org

- Abigail Alliance for Better Access to Developmental Drugs
**www.abigail-alliance.org**

## There is a 100% chance that multiple sclerosis patients will perish with the ship!

There may be a 0.1 (1/10 of 1%!) chance one of the life boats will sink.

Do we let ALL of the patients go down with the ship?

Should we Harm the Many to protect the very few?

**There may be a ****0.1 (1/10 of 1%!)**** chance one of the life boats will sink.**
**Do we let **_***ALL***_** ****of the patients go down with the ship?**
**Should we *****Harm the Many***** to protect the very few?**

**It should be the **_***individual patient’s***_** **_***decision ***_
**as to whether or not they get a new therapy **
**such as Tysabri, having the current information about the known **_***risks/benefits.***_
** **

**The **_***PATIENTS***_** in consultation with their physicians**
**should have greater control over how they**
_***fight for their lives!***__*** ***_
_*** ***_
**Ask Parkinson’s patient Robert Suthers, who like others, was denied continued use of GDNF made by Amgen. Robert and others will tell you that MS, Parkinson’s and other illnesses can be a living death.**

_***Every drug***_** that the Abigail Alliance pushed for much earlier access to, **_***from Gleevec to Revlimid,***_** is **_***Now ***_**approved by the FDA!**
# Presentation: 542655

## OptiVideo MPEG Compression Products

**  ****	****                  ****INNOVATION**
- A family of PC-compatible boards and software for real-
- time video and audio compression and decompression
**           ****ACCOMPLISHMENTS**
- Developed MPEG-1 Encoder and MPEG-1 Decoder under SBIR funding
- Typical encoding done at 1.5 Mbps (6-10Mpbs) to achieve VHA (broadcast) quality video and CD quality stereo audio with MPEG-1 (MPEG-2) encoder
- Decoder decompresses Motion Picture Experts Group (MPEG) bitstreams for fully synchronized stereo audio and NTSC and PAL video playback
- Real-time preview of encoding quality provided by using MPEG decoder in conjunction with MPEG encoder
**         ****COMMERCIALIZATION**
- The product family includes an MPEG-1 VGA decoder, an MPEG-2 VGA decoder, an MPEG-1 encoder, an MPEG input processor, MPEG workstations, and MPEG transmission systems
- Commercial applications include TV ad insertion, video CD authoring, video-on-demand, interactive video databases, video transmission over networks, and remote learning
- FY96 anticipated revenues of $8-9 million
- ADC Telecommunications invested in Optivision as a result of this technology
**  **

**OptiVideo MPEG Compression Products**
***OPTIVISION, INC.***
***PALO ALTO, CA***

**    ****GOVERNMENT/SCIENCE APPLICATIONS**
- Telerobotics; telescience; spaceborne experiments; surveillance

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

- Goddard Space Flight Center

- 1990 Phase 2; SS-19;  7/18/96

***OptiVideo MPEG-2 Encoding Workstation***
# Presentation: 743895

## Portal Technology Overview

- NASA
- Colin Enger/HQ
- Douglas Hughes/JPL
- Updated: 11/4/2004

## Description

**The NASA Public Portal consists of three major pieces**
**Content Management System**
**Search Engine**
**Distributed Content Delivery Architecture**
**Contract issues constrain (somewhat) the level of control NASA has over this architecture and over the component parts**
**JPL is the prime contractor**

## Technology

**Content Management System**
**Digital Asset Management**
**Distributed Content Delivery**
**Sprint (Vericenter) **
**Speedera**
**Search Engine**
**Verity**
**Portal Engine (myNASA)**
**Epicentric**
**BEA WebLogic Server**

## Technology: In Depth

**Digital Asset Management (DAM) **
**Version 1.3.1.0.51**
**Forms-based content entry system**
**Proprietary J2EE application using Oracle as storage repository**
**NASA ‘owns’ 2 instances w/unlimited seats**
**Content stored as XML and rendered by DAM via XSLT into HTML**
**No access to underlying schema of DAM or Oracle Database**
**Customizable and extensible ($) via scripting (JSP) and addition of CPUs**

## Technology: In Depth

**Distributed Content Delivery**
**Origin servers (3) at each Sprint (Vericenter) Data Center (2)**
**Content is pulled from Origin servers by Speedera Global Traffic Manager and served via their distributed content service**
**Content is delivered by Speedera and charged according to an algorithm based on whether a fixed number of Megabits per second are exceeded over a monthly period**

## Technology: In Depth

**Verity Search Engine**
**1,571 NASA URLs are indexed (over 500,000 documents)**
**Robots.txt files are generally respected**
**Search servers (2) are redundant – one at each Data Center**
**Automated, periodic maintenance performed**
**No manual “cleaning” of index list**
**No NASA search specialist**

## Technology: In Depth

**myNASA Portal (Epicentric/WebLogic)**
**Requires user authentication via Web (unencrypted)**
**2 Servers (1 at each Data Center)**
**Oracle used for database repository**
**Extensibility limited by the following:**
**Passwords are shared across application space**
**Software and CPU won’t accommodate larger audience**
**Content automatically provided to the myNASA portal via the CMS**

## Current Status

**Transition Planning**
**JPL contract expires November 30, 2004**
**Formal RFP is being considered (Contract Sensitive)**
**Cost reduction is paramount**
**All Center Sites will be integrated by November 30, 2004**
**Minor enhancements, upgrades will be incorporated prior to close of contract**

## Resources

**Support & Information Sites**
_**[http://www.hq.nasa.gov/pao/portal](http://www.hq.nasa.gov/pao/portal)**_
_**[http://hubble.etouch.net/support](http://hubble.etouch.net/support)**_** (restricted)**
_**[http://acquisition.jpl.nasa.gov/rfp/webportal/](http://acquisition.jpl.nasa.gov/rfp/webportal/)**_
**CMS**
_**[http://](http://cms.nasa.gov/)**__**[cms.nasa.gov](http://cms.nasa.gov/)**__**[/](http://cms.nasa.gov/)**_** (restricted)**
**Portal Technical Contacts**
**Nitin Naik (202) 358-1519**
**Colin Enger (202) 358-0940**
**Douglas Hughes (818) 354-1186**
# Presentation: 925269

## Summary

-              NFMCC Collaboration Meeting
-       Fermi National Accelerator Laboratory
-                     March 20, 2008

## MUTAC07 Recommendations

**Give highest priority to acquisition of a coupling coil for MUCOOL.**
**Continue participation in MICE and MERIT as much as possible.**
**Continue to grow ties with IDS for a neutrino factory.**
**Take advantage of newly established efforts on a design of a Muon Collider (MCTF).**
**Leverage resources within the MCTF and UKNF collaborations, and Muons, Inc. to increase the manpower directed towards simulations of the acceleration system and storage ring. **

## MUTAC07 NFMCC/MCTF

_**Recommendation**_
**Coordination of MCTF with NFMCC is essential to ensure that the muon collider effort makes best use of limited resources, avoids duplication, and shares infrastructure, codes, and results. Although coordination is important, we recommend that the NFMCC remain independent, so that initiatives are not restricted by local (FNAL) preferences and constraints.**

## The Long-Term Vision

## Palmer’s P5 Presentation

## Collaboration Priorities

**Successfully conclude:**
** ****	****MERIT**
**	****MICE**
**Prepare for a Muon Collider Feasibility Study**
**	****Post-MICE priorities**
**	****	****Design and Simulations**
**	****	****Component Development**
**Long-term goal (Post MC Feasibility Study)**
**	****6D Systems test**

## Collaboration Near-Term Priorities

**Design and Simulations**
**	****Targetry (address MERIT results)**
**	****Develop and advance 6D cooling schemes**
** ****	****Develop robust Collider ring solution**
**	****Consistent acceleration scenario from 250MeV to**
**                     ****750GeV and then to 2TeV **
**	****NF and MC Detectors**
**Component Development**
**	****NCRF**
**	****SCRF**
**	****HTS**

## Homework Assignments

**Design and Simulations:**
**   ****	****Simulations committee should submit a plan detailing the level of effort required to allow a successful start-up of a 2011 MC Feasibility Study**
**Technical Board August 15**
**Component Development:**
**	****Proposals for component R&D should be submitted detailing level of effort and associated costs.**

## Backup Slides

## Geer’s P5 Presentation

|  |  |  |  |
| --- | --- | --- | --- |
|  |  |  |  |
|  |  |  |  |
|  |  |  |  |
|  |  |  |  |

**2007**

**2012**

**2017**

**2022**

**2027**

- 10% trans.
- emmit. cooling

- NOVA CONSTR

- NOVA RUNNING

- PROJ X  CNSTR

- UPGR. NOVA RUN

- NF CONSTR

- PROJ X R&D

- NF R&D

_**NF R&D**_

- MERIT

- MICE EXPT

- Hg-Jet TargetDemo.

- PRECONSTR. R&D

- NCRF R&D

- 201 MHz SCRF

- open-Iris, closed-cell, high-press. RF?

- Cyro-modules for acceleration

- IDS Study + FNAL-Specific

- Detector R&D

- Magnet prototype test & cost reduction R&D
# Presentation: 531590

## ESTUARINE HABITAT PROJECTNOW-2988 Project Manager  Dave Moltedo

-  The Estuarine Habitat Project (EHP) is a joint program between GSFC and NOAA’s Center for Coastal  Fisheries and Habitat Research.  EHP is designed to explore the potential of an airborne laser and a passive spectroradiometer for measuring CDOM (chromophoric dissolved organic matter) and phytoplankton chlorophyll and phycoerythrin pigments in coastal and estuarine watermasses.  Flights are flown over coastal, slope, and Gulf Stream waters as well as missions over the Pamlico and Albemarle Sounds.

-  The customer for this project is GSFC and NOAA. The Wallops Principal Investigator is Dr. Frank Hoge of Code 972

-  Primary support is from the NASA GSFC and NOAA.
-  NOAA is providing the Twin Otter aircraft and pilots.
-  Code 972 provides the AOL-3 (Airborne Oceanographic   Lidar) the ADAS (Airborne Diode Array Spectrometer), and the CDAS (Cosine Diode Array Spectrometer)
- The overall budget for the project is approximately 100K.

-  1st. Flight Window		Sept. to Oct. 1999
-  2nd. Flight Window		Mar. to Apr. 2000
-  3rd. Flight Window		Mar. to Apr. 2001
-  4th. Flight Window		Mar. to Apr. 2002
-  5th. Flight Window	                     Mar. to Apr. 2003
-  6th. Flight Window 	           Sept. 30 to Oct. 31, 2003
# Presentation: 438036

## NIDA Intramural Research Program (IRP)

**Visited by NIDA Council in September 2004**
**Reviews by the Board of Scientific Councilors in February & September 2005**

## What’s New at the IRP?

**a.  **_**Obesity Initiative – Food  Addiction**_

**fMRI imaging**
**Teen obesity research program**
**Preclinical studies**

## What’s New at the IRP?

**b.  **_**Human Research  Program**_

**Collaboration with Maryland Psychiatric Research Center (MPRC) – Co-Morbidity, Sharing of resources for recruitment, Investigator collaborations, Training of fellows  **
**Participation in NIDA initiatives on fetal drug exposure and DUI**
**CRF – Clinical, Imaging, Preclinical studies**

## What’s New at the IRP?

**c.  **_**Imaging**_

**  ****9.4T animal magnet now operational**
**  ****Development of nicotinic ligands**

## What’s New at the IRP?

**d.  **_**Parkinson’s Disease Initiatives**_

**Genetics**
**New animal model based on mitochondrial dysfunction**
**Stem cells**

## What’s New at the IRP?

**e.  **_**New Building**_

**Opportunities for collaborations with other NIH Institutes**
# Presentation: 947343

## State-of-the-State Update on U.S. Fare Collection Standards

- Talking Technology and Transportation Program
- December 8, 2005

**State-of-the-State Update on U.S. Fare Collection Standards**
**Opportunities for U.S. collaborations with international standards activities**

**Chung-Chung Tam**
- Chair – APTA, Fare Systems & Programs Committee
- Chair – APTA, UTFS, Financial Management Committee
- Co-Chair – APTA, TCIP, TWG #7 – Fare Collection Business Area
- US Expert – ISO/TC 204 WG8

## Universal Fare Collection Related Standards & Specifications

**RKF**

**VDV**

**ITSO**

**UTFS**

**TCIP**

**IFMS**

**IOPTA**

**AITP**

**RIS**

**OFX**

**ISO/IEC 8573**

**ISO/IEC 14443**

**ISO/IEC 7816**

**InterBOB**

## Interoperable Fare Management System (IFMS) Part 1: Architecture

**Lead by CEN/TC278 WG3**
**Collaborate with ISO/TC204 WG8 (U.S. – Voting Member)**
**Countries participated:**
**China, France, Germany, Japan, Korea, Netherlands, Norway, South Africa, U.K., U.S.**

## IFMS Part 1: Architecture - Objective

**To define a reference functional architecture for IFMS and to identify the requirements that are relevant to ensure interoperability between several actors in the context of the use of electronic tickets**
**The IFMS includes all the functions involved in the fare management process such as:**
**Management of Application**
**Management of Products**
**Security Management**
**Certification, Registration and Identification**

## IFMS Part 1: Architecture - Model

## IFMS Part 1: Architecture - Progress to Date

**Part 1 draft standard is available:**
**     **_[http://www.itsa.org/resources.nsf/Files/DIS_24014-1/$file/ISO_DIS_24014-1__E_.pdf](http://www.itsa.org/resources.nsf/Files/DIS_24014-1/$file/ISO_DIS_24014-1__E_.pdf)_
**Annex C: Cross Reference List between IFMSA & APTA UTFS**
**Objective: To provide a better understanding of this ISO document in relation to the APTA - UTFS**
**Adopted by CEN/TC 278 WG1 for Electronic Fee Collection (Toll Collection)**
**Further discussion on:**
**a. Overall architecture**
**b. IC Card/Smart Card (shared by Transit & Toll Collection)**
**c. Back Office Messaging & Interfaces**
**d. Security**

## IFMS Part 1: Architecture - Progress to Date

**Voted on New Work Item Under ISO/TC 204 – Approved on August 1, 2005**
**ISO/DIS (Draft International Standard) 24014-1**
**Voting began – August 4, 2005**
**Voting Ends – January 4, 2006**

## IFMS Part 2: Messaging (Under discussion)

**Objective: To provide messages and interfaces between entities of the IFMSA as described in Part 1**
**Contribution by France and Germany**
**US to contribute to IFMS Part 2 based on the UTFS Financial Management Committee – Work Package 4 development**

## APTA Fare Collection Workshop 2006

**March 19 – 22, 2006**
**Sheraton Atlanta Hotel, Atlanta, Georgia**

## Thank you

**Chung-Chung Tam**
**Chicago Transit Authority**
**901 West Division Street**
**Chicago, Illinois 60622**
**Phone: (312) 932-2220**
**Email: ctam@transitchicago.com**
# Presentation: 062953

## Proton Source Startup

- Eric Prebys, Proton Source Dept. Head

## Proton Source Shutdown Projects

- Linac:
- New  Lambertson: DONE
- Major LCW upgrade: DONE
- Modified “notchable” ion source in H-: DONE
- Booster:
- New collimator system: DONE
- Four new MI-8 (EDWA) magnets: DONE
- Rearrangement of Long 3 extraction region to reduce “dogleg problem”: DONE except for final alignment
- New power supply on MP01: DONE
- New Mode 16 damping system: DONE
- “Beam whacker” beam profile monitor: DONE
- Swap planes of ionization profile monitor: DONE
- Replace all hoses on 96 magnet water “candy canes” (unplanned): DONE.
- Booster vertical network: DONE, being processed.
- Complete new vacuum redout system: Being completed
- Install protoype RF cavities: deferred
- Vertical magnet moves: deferred

## Startup Plan (pre-Nov 17)

- Week of 10/27
- Bring Booster up, verify basic operation.
- Zero trims and re-measure 3-mults with new lattice.
- Studies evenings.
- 11/1,11/2
- Test extraction to MiniBooNE
- Week of 11/3 -> End of shutdown:
- Optimize new lattice.
- Move radial feedback to Long 6 (for collimators).
- Limited collimator tests.
- Begin to establish tight limits on individual loss locations.
- Studies evenings
- Extract on weekends if requested by MI.
- 11/17: Complex back up.  Proton source “better” than before

## Booster Collimator System

- Problem:
- One of our existing safety systems (B:BPL5MA) calculates beam power loss by counting lost protons.
- This will not work with the collimation system.
- Must tighten up our limits on the individual loss monitors.

- Basic Idea...

- A scraping foil deflects the orbit of halo particles...

- ...and they are absorbed by thick collimators in the next periods.

## Post-shutdown commissioning

- Lattice optimization: 2 weeks – 1 month of “ordinary tuning”:
- Begin collimator commissioning (1-2 months semi-parasitic):
- Bypass B:BPL5MA limit.
- Run secondaries in until the begin to attenuate the beam, then back off slightly.
- Adjust primary positions to minimize (uncontrolled loss)/(transported beam)
- Re-optimize orbit for each collimator setting.
- Measure loss patterns and establish tight limits.
- Integrate collimators into normal operation.
# Presentation: 540463

## An International membership association of local governments

**An International membership association of local governments**
**7 offices worldwide**
**Working with 530+ cities, counties, and towns in over 75 countries**

## CCP Milestones

**Conduct an emissions inventory and forecast**
**Set a GHG reduction target**
**Develop a Local Action Plan**
**Implement the Plan**
**Monitor and report on progress**

## Oakland, CA

**Oakland, CA**

**Kyoto Protocol Goal - **
**7% Emissions Reduction Goal**
**	****Oakland L.A.P.- Reduction goal **
**	****	**7% below 1990 levels by 2010
**	****Assumptions: **
- 		4% energy use community-wide
- 		10% vehicle miles traveled
- 		50% solid waste diverted from landfills

## What can cities do to stop Global Warming?

- Transportation & Land Use

- Energy Use

*Local government policies affect all the major sources of global warming pollution*

- Solid Waste

## Retrofit City Buildings

- Toledo, OH

- 20 City buildings retrofitted with new heating, ventilation, cooling systems, energy efficient lighting and better insulation
- Cut electricity use by 5,823,000 kWh
- Saved City $710,208 in the first year

## Sustainable Energy Code Tucson, AZ

- Sustainable Energy Code Tucson, AZ

- Exceeds federal standard by 50%
- Required for new construction and major renovations of municipal buildings and facilities
- Saved $73,000 a year through avoided utility costs

## LED Traffic Signals Philadelphia, PA

- •   Comprehensive 	   replacement of all city traffic signals with LEDs
- •   Cuts 41,490 tons of CO2 per year
- •   Saves the city $800,000 per year

## Welfare-to-Work CNG VanSchenectady Co., NY

-  Transports 15-20 welfare-to-work participants daily
-  48,000 VMT reduced annually
-  $28,000 grant from ICLEI

## Vanpooling

- San Francisco, CA

- Annual Savings to the Community:
-   477,300 Gallons of gasoline
-   4,773 tons CO2
-   $800,000+

## Integrated Waste ManagementAlachua Co., FL

-  Annual per capita waste        down 30%
-  62,300 tons of waste 	diverted from landfill
-  91,930 tons of eCO2 per year reduced

## Results from U.S. CCP Participants 

**10.4 million tons of GHGs**
**932,778 MW hours of electricity saved **
**86 million gallons of gasoline reduced**
**$223+ million saved**

## Slide 12

## Slide 13

## Slide 14

## Cops on Bikes Los Angeles, CA

-   250 bike officers eliminate     1,500 tons of CO2 per year
-   15% productivity increase
-   Improves morale and     community relations
-   Will save $350,000 in 		vehicle costs over 5 years

## Olympia, WA

**Olympia, WA**

-   Education &		outreach

-   Removal of 		barriers

-   System cost 		rebates

## Cops on Bikes Los Angeles, CA

-   250 bike officers eliminate     1,500 tons of CO2 per year
-   15% productivity increase
-   Improves morale and     community relations
-   Will save $350,000 in 		vehicle costs over 5 years

## Slide 18

## Slide 19

## Slide 20

## Slide 21

## Slide 22

## Slide 23

## Slide 24

## Slide 25

## Slide 26
# Presentation: 373037

## AsynchronousElectronic Discussion

- Dec 4, 2006

- George Chacko
- Center for Scientific Review
- National Institutes of Health
- Department of Health and Human Services

## Asynchronous Electronic Discussion (AED)

- Web-based Review Method
- Threaded Message Board
- Reviewers separated by time and space
- Thoughtful discussions; more time to think and research
- Potentially less confrontational environment

## Logistical Advantages

- Reviewers do not have to travel
- Otherwise unavailable reviewers can be recruited
- Transcript of discussions
- Improved management of conflicts of interest
- Time-zone advantage- international reviewers

## Information Flow

- IAR

- Study
- Section

- Applications

- Reviewers

- Program

- Applicant

## How Does it Work? 

- Reviewers submit critiques to IAR
- The meeting occurs on the website and comprises 3 phases
-  Streamline phase
-  Discussion phase
-  Final scoring phase
- Reviewers revise critiques on IAR.

## Slide 6

## Slide 7

## 
July 2005- Jan 2006- 11 panels 
R21, R03, R15, R01

Aug-Dec 2006- 38 SEPS
R03, R21, R01, R15, P01, SBIRs

Evaluation

- July 2005- Jan 2006- 11 panels
- R21, R03, R15, R01
- Aug-Dec 2006- 38 SEPS
- R03, R21, R01, R15, P01, SBIRs
- Evaluation

- State of the Pilot

## 
Developing a culture of usage

Less immersive than a face to face meeting

Cognitive challenge & scalability

Training

Technical challenges, integration, usability

- Developing a culture of usage
- Less immersive than a face to face meeting
- Cognitive challenge & scalability
- Training
- Technical challenges, integration, usability

- Challenges

## Future Directions

- Scaling
- No of panels
- No of applications
- Different Mechanisms
- Refining Protocols
- Greater Automation
- Integration
- Wider Adoption

## Project Management Team
McKay, Panniers, Srinivas, Blagaich, Chacko
Developers
Leo Wu, Sara Wu, Dipak Bhattacharyya, Yulia Shifrin, 
Reviewers
CSR Staff
Bob Freund, Participating SRAs, IRG Chiefs, Electronics Committee, CSR DDs, CSR RTAs
NIH Staff
Jack Jones, John Riston, Mikhail Gomon, Shawn Googins
Executive Sponsors
Toni Scarpa, Cheryl Kitt

- McKay, Panniers, Srinivas, Blagaich, Chacko
- Developers
- Leo Wu, Sara Wu, Dipak Bhattacharyya, Yulia Shifrin,
- Reviewers
- CSR Staff
- Bob Freund, Participating SRAs, IRG Chiefs, Electronics Committee, CSR DDs, CSR RTAs
- NIH Staff
- Jack Jones, John Riston, Mikhail Gomon, Shawn Googins
- Executive Sponsors
- Toni Scarpa, Cheryl Kitt

- Acknowledgments