BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 458938

## Overview and Demo of CaIntegrator2 

- A Tool for Publishing and Analyzing Integrated Study Data

- William FitzHugh
- Eric Tavela
**September 23, 2008**

## Goals

- Have a single place where one can go to get all the information about a study
- Clinical Data
- Imaging Data
- Genomic Data
- Provide ways to browse and analyze the data
- Explore and confirm hypotheses
- Publish results and lists, e.g. of interesting genes
- Have a way to roll out new studies easily
- Have a consistent user experience across different studies
- Lay the groundwork for cross-study comparisons

## caIntegrator Examples

- Rembrandt
- A brain tumor study to host and integrate clinical and functional genomics data from clinical trials involving patients suffering from gliomas
- CGEMS
- A project to identify genetic alterations that make people susceptible to prostate and breast cancer
- Others
- I-SPY
- caGWAS

## How caIntegrator2 works

- How caIntegrator2 works

- caIntegrator

- caIntegrator2

- Project Team

- Array Data

- Clinical Data

- Imaging Data

- Software Development Team

- Rembrandt (for example)

- Project Team
- Public

- Process repeated for each project, reusing code and developer expertise

- Project Team

- Array Data

- Clinical Data

- Images

- TBD (CTODS)

- Software Development Team

- caIntegrator2

- Project Team
- Public

- Image Annotations

- TBD (AIM/NCIA)

- View Study

- Deploy Study

- Study Manager

- Tissue Data

## What caIntegrator2 can do

- Browse and filter lists of major entities
- Subjects
- Samples
- Write complex queries
- Join across clinical, microarray and image data
- Publish queries to other users that return lists of interesting genes, subjects and/or images
- Do analysis
- Kaplan-Meier Survival Curves
- Export to GenePattern or GEWorkbench

## Slide 6

## Slide 7

## Slide 8

## Slide 9

## Slide 10

## Slide 11

## Slide 12

## What’s next

- Future Directions
- Looking for interested partners running these kinds of studies
- Opportunity to guide future development
- Incorporate other types of genomic data such as copy number, methylation, tissue microarray, and genotypes
- Tighter integration with GenePattern and other analysis tools
- Handle studies with multiple timepoints
- Allow regular updates of data

**geWorkbench**

## Credits

- caIntegrator2 Team
- TJ Andrews
- William FitzHugh
- Michael Holck
- Shine Jacob
- Mark Lewis
- JP Marple
- Sangeetha Rajagopal
- Matt Rehfuss
- Eric Tavela

- Leadership and Vision
- Anand Basu
- Subhashree Madhavan
- NCIA & VASARI
- Adam Flanders
- John Freymann
- Carl Jaffe
- Daniel Rubin
- caIntegrator Development Teams
# Presentation: SOH43KZ26MREJB6QI2UPSMBR6TWQUF4Y

## April and May 2009 Peak Ozone

- NAAQS

**April and May 2009 Peak Ozone**

## June and July 2009 Peak 8-hr Ozone 

**June and July 2009 Peak 8-hr Ozone**

- NAAQS

## Ozone season highlights

**Only 8 exceedance days (unofficial)**
**	****	****April - 3**
**	****	****May  - 2**
**	****	****June - 0**
**	****	****July  -  0**
**	****	****Aug -  3**
**	****	****Sept - 0 **

_**Ozone season highlights**_

## DESIGN VALUES

| MONITOR | 2006-2008 | 2007-2009 |
| --- | --- | --- |
| Truro | 79 | 76 |
| Martha’s Vineyard | 83 | 77 |
| Lynn | 81 | 79 |
| Chicopee | 88 | 84 |
| Quabbin | 84 | 80 |
| Blue Hill | 82 | 78 |
| Worcester | 82 | 82 |
# Presentation: IAAMR7JXFHXVGN7ODNYZR7ZHM4ORC67O

## Super Table

- Tevatron Coordinator

## Store Summary 

| Store | Avg Init. Lumi (E30) | Avg Deliv’d
Lumi
(nb-1) | Time (hr) | How did it end? | Comments |
| --- | --- | --- | --- | --- | --- |
| 5187 | 235.5 | 7708 | 27.3 | Normal |  |
| 5188 | 64.76 | 2153 | 18.9 | Normal  |  |
| 5190 | 111.89 | 465 | 3.9 | Normal ? | B17H separator |
| 5193 | 238.18 | 6847 | 24.6 | Normal | High losses at CDF |
| 5194 | 273.17 | 8257 | 23.7 | Normal | D0 utility room rad trip  |
| 5197 | 193.2 |  |  | Ongoing | D17 separator spark |

- Tevatron Coordinator

## Problems

- B17H separator HVPS
- B48V separator polarity switch
- TEL1 vacuum interlock trip
- High losses at CDF
- D0 utility room trip @ LBSEQ=17
- D17 V separator spark during squeeze

- Tevatron Coordinator

## CDF losses & orbits

- Tevatron Coordinator

## B17 Separator

- Store 5190

- Tevatron Coordinator

## LBSEQ=17 losses

- Store 5155

- Store 5194

- Tevatron Coordinator

## D17 Separator spark

- Tevatron Coordinator

## Machine Maintenance & Studies

- TEL2 modulator check & tune shift measurements
- Orbit smoothing
- D0 IP move
- Helix data using P163
- Tried different cogging between pbar transfers

- Tevatron Coordinator

## Equipment maintenance

- Bigger jobs included:
- Vacuum work at B17,B23 & B33
- Installed laser for crystal collimator
- Installed new power supplies for  C2 sextupole circuit
- Installed additional shielding around TEL2
- Lots of cryo maintenance

- Tevatron Coordinator

## Many thanks to:
 Jerry Annala, Mike Martens
 EE Support
 Cryo
 Mechanical Support

 For all of their help during the shutdown yesterday !

** ****Jerry Annala, Mike Martens**
** ****EE Support**
** ****Cryo**
** ****Mechanical Support**
** ****For all of their help during the shutdown yesterday !**

- Tevatron Coordinator

## Study Requests 

- “Aggressive” scraping at 150GeV (Dean & Jerry)
- Crystal collimator (Dean)
- AC dipole measurements (Ryoichi)
- P1 line matching corrections IPM (Andreas)
- Digital tune meter testing
- New 150 GeV Helix (Alex)
- Tune and coupling correction at 153 to 200GeV. (Yuri)

- Tevatron Coordinator

## Andreas Jansson will be tevatron coordinator

- from:  1300 on 1/26  to  1900 on 1/28

- Tevatron Coordinator
# Presentation: 616295

## PHENIX Almost Ready for Physics

-  Tuning (mainly south muon) triggers
-  DAQ routinely at ~6 khz event rate
-  can get to 7+ khz soon
-  Level-2 “physics” filtering will be turned on in next few days
-  Final Run8 BBC trigger constants soon
-  Various minor things to fix on Wed Maintenance day
-  FCal South LED pulser (7-oclock tunnel)
-  RICH FEE boards, PC-E LV supply, AeroGel LED, MuID LL1 fiber
-  Get HPSS transfers running

- PHENIX - MJL

## Luminosity?

-  L = 45khz/(2.26b x 0.88) = 23 mb-1/sec
-  PHENIX vertex efficiency about 50%
-  so about 46 mb-1/sec delivered
-  compare to CA goal 46/300 = 1/6.5

- BBCLL1 (±30cm)

- day

- PHENIX - MJL

## Timing

- Saturday

- Monday

- PHENIX - MJL

- Some of this probably due to change in PHENIX trigger mix

## Vertex

- Saturday

- Monday

- PHENIX - MJL

## PHENIX background scintillator rates mostly scale with interactions (ZDC in black, red/green 9:00, blue/pink 7:00)

- PHENIX background scintillator rates mostly scale with interactions (ZDC in black, red/green 9:00, blue/pink 7:00)

- Vernier scan Sunday morning

- PHENIX - MJL
# Presentation: ILSHYDJXEKSOPS5AMIP4PZCL37CCIMJZ

## How a public private partnership for parcels and addresses might work

- National Geospatial Advisory Council
- August 27, 2009

- Barney Krucoff
- GIS Manager
- District of Columbia
- _[Barney.Krucoff@dc.gov](mailto:Barney.Krucoff@dc.gov)_

## Geospatial Data Market Model

**No Barrier To Entry**

**Natural Monopoly**

**Mass Consumer Market**

**Traditional**

**Emerging**

- Private Sector Lead

- Map Wiki Creative Commons

- Public Sector Lead

- Public/ Private Utility

- Barney Krucoff, presentation to National Geospatial Advisory Committee

## Where Do Various Data Layers Fit?

**No Barrier To Entry**

**Natural Monopoly**

**Mass Consumer Market**

- Traditional

- Emerging

- Private Sector Lead

- Map Wiki Creative Commons

- Public Sector Lead

- Public/ Private Utility

- Barney Krucoff, presentation to National Geospatial Advisory Committee

## Utility Model In More Detail

**No Barrier To Entry**

**Natural Monopoly**

**Mass Consumer Market**

**Private Sector Lead**

**Map Wiki Creative Commons**

**Public Sector Lead**

**Public/ Private Utility**

- Cash

- Data

- Discounts/Licenses

- Barney Krucoff, presentation to National Geospatial Advisory Committee

## Slide 5

| Problems | Solutions |
| --- | --- |
| Government can’t afford nationwide parcels | Get some cash from Internet media firms + enough Fed cash to cover rural areas & provide incentives |
| A 1-to-1 relationship between addresses & parcels is a “suburban legend” | Give users both so they don’t try to substitute one for the other |
| This stuff is borrowing and few people pay attention | Cloud computing approach is efficient and novel enough to get attention |
| Current system rewards gov data sellers over public domain providers | Every eligible government that meets standards gets the same fee |
| Licensed data is sticky making it hard for various levels of government to work together | License includes government to government data sharing |

## What other data sets could such a partnership be applied to?
# Presentation: TFNGH4RB2CTHVON6I3W4DCQ6Q24RCHWS

## Ion Source Test Stand Vacuum Control System

- Johnny Tang

## Hot Spare Stand Vacuum Requirements

- (Purpose) To maintain a suitable pressure in the LEBT for conditioning and measuring the performance of the hot-spare ion source
- (Vacuum Requirements) Hydrogen gas load is 0.1-0.4 Torr l/s
- (Vacuum Requirements) To limit the charge-exchange to 10%, required 3 pump speed 1500 l/s in LEBT (not least)
- (Vacuum Requirements) LEBT vacuum pressure 10-6 Torr with no Gas and 10-4 Torr with H2 Gas
- Estimated pump down time : < 20 Minutes
- (Control System Requirements)
- Keep the Same Functionality as in Front End
- Upgrade PLC5 to ControlLogix
- Upgrade RIO to EtherNet/IP
- Use R3.14 EPICS Base Release

## Controlled and Controlling Device List

- 5 Convectron Gauges (CG)
- 4 Ion Gauges (IG)
- 3 Turbo Pumps (TMP)
- 4 Rough Pumps (RP)
- 3 Gate Valves (GV)
- 4 Rough Valves (RV)
- 1 Vent Valve (VV)
- 2 AB-Flex IO Boxes (FEE20 & FER08-26)
- 1 ControlLogix PLC
- 1 EtherNet/IP Module
- 1 VME IOC
- FEE20: 2 IE8, 2 IB16, 1 IV16, 1 OB16 and 2 OW8 modules (76 IOs)
- FER08-26: 1 IE8, 1 IB16, 1 OE4 and 3 OW8 modules (36 IOs)

## Control Signal Name

| Device Type | Signals | Details | Signal Type |
| --- | --- | --- | --- |
| CVG | :Cmd | On/Off | bo |
|  | :Sts | On/Off | bi |
|  | :P | T | ai |
|  | :Raw | mV | ai |
| IG | :Cmd | On/Off | bo |
|  | :Sts | On/Off | bi |
|  | :P | T | ai |
|  | :Raw | V | ai |
|  | :DG_Cmd | DGas/Off | bo |
|  | :DG_Sts | DGas/Off | bi |
|  | :EM_Cmd | HI/LO | bo |
|  | :EM_Sts | HI/LO | bi |

## Control Signal Name

| Device Type | Signals | Details | Signal Type |
| --- | --- | --- | --- |
| TMP | :Cmd | Run/Stop | bo |
|  | :Sts | On/Off | bi |
|  | :Cmd_Stby | Run/Stby | bo |
|  | :Spd | Hz | ai |
|  | :Fault | Ok/Fault | bi |
|  | :Lcl | LCL/REM | bo |
|  | :Cmd_AC | On/Off | bo |
|  | :Enable | ENA/DIS | bo |
|  | :Spd_Set | Hz | ao |
|  | :Reset | NORM/RST | bo |
|  | :Vent_Rls | CLS/RLS | bo |
|  | :H2O_flw | Ok/Low | bi |
|  | :Other | Ok/Fault | bi |

## Control Signal Name

| Device Type | Signals | Details | Signal Type |
| --- | --- | --- | --- |
| VV,RV,GV | :Cmd | OPN/CLS | bo |
|  | :Opn | OPEN | bi |
|  | :Cls | Closed | bi |
|  | :Rdy | RDY/ILK | bi |
| RP | :Cmd | Run/Stop | bo |
|  | :Sts | Run/Stop | bi |

| CVG | 5*4 = 20  |
| --- | --- |
| IG | 4*8 = 32 |
| TMP | 3*13 = 39 |
| RP | 4*2 = 8 |
| VV,RV,GV | 8*4 = 32 |
| Total PVs | 131 + VxStat and PLCStat |

## Documentation List

| Doc Name | Description | Contact |
| --- | --- | --- |
| Pfeiffer TCM 1601 | The instruction manual for the Magnetic Bearing Controller TCM 1601 that serves to drive and monitor Pfeiffer turbomolecular pumps | www.pfeiffer-vacuum.de
1800-248-8254 |
|  |  |  |
|  |  |  |
|  |  |  |
|  |  |  |
|  |  |  |
# Presentation: LFLW6DD7QX7GO5D7YVR4A4JUR5Y5YQBN

**Presenter: **
**Bryan Fiese**

## Slide 2

## Slide 3

## S

**S**
**O**
**F**
**T**
**E**
**N**

## 1. Ask a pointed questions

**1. Ask a pointed questions**
**2. Ask an open-ended question**
**3. Follow up w/a reflective question**

## Person drawing can only ask open-ended questions.

**Person drawing can only ask open-ended questions.**
**2. ****	****Mark down how many open and closed questions are asked.**

## Slide 7

## NLP

- Audio
- Visual
- Kinesthetic

**Neuro-Linguistic Programming **

**NLP**

## 1. Authoritative

- 2. Deductive Logic
- 3. Emotional
- 4. Sensory Experience
- 5. Intuitive
- 6. Test Drivers

## Slide 10

## E- express how you feel

- A-assess the situation
- S- State your expectations
- Y – Ask yes/no question

- Dealing with Conflict

##  Acknowledge

** ****Acknowledge**
** ****Ask open-ended question**
** ****Facilitate solution**
** ****Offer Atonement**
** ****Follow Up**

## Tactful Discipline
Good working conditions
Personal loyalty
Promotion & Growth
Interesting Work
Good Wages
Job Security
Help on Personal Problems
Being involved
Full appreciation of work

- Tactful Discipline
- Good working conditions
- Personal loyalty
- Promotion & Growth
- Interesting Work
- Good Wages
- Job Security
- Help on Personal Problems
- Being involved
- Full appreciation of work

## Burger Technique

**Burger Technique**

## Share the Vision

- Ask how to get the job done
- Importance of the job
- Set Accountability check points

## Living in the moment

- Enjoying the environment
- Use of your skills
- Sense of accomplishment
- Exploring your senses

## Clear Goal

- Immediate Feedback
- Challenge and Skill balance
- 100% Concentration
- Problems fade away
- Not Self Conscious
- Feeling in Control
- Transformation of time
- Ask how to get the job done
- Importance of the job
- Set Accountability check points

## www.getumotivated.com
# Presentation: 703294

## NCRFC VERIFICATION 

- Mike DeWeese
- Salt Lake City Verification Workshop
- August 14-16, 2007

## Current Activities

- Approximately 380 forecast points
- 7 day 6 hourly RVF forecasts
- 9 QPF ensemble members also verified
- IVP batch pairing monthly
- 80 hours to generate
- Run weekly?
- IVP batch used to generate stats txt files
- IVP graphics not operationally viable due to run times
- Graphics generated in Excel through pivot tables with user selectable options

## 24 HR MIN QPF ERROR

## 24 HR MAX QPF ERROR

## 24 HR MAX QPF ERROR(3 Hour Generation)

## QPF Ensemble ErrorJune1-July 31, 2007

## RVF ERROR BY FORECAST GROUPJUNE 1-30, 2007

## RVR SEASONAL ERROR BY FORECAST GROUP

## RESOURCE ISSUES

## Hardware Comparison Tests

- SAD is original WES machine, less memory but faster CPU
- RAX  upgraded to approximately 3-4 Gb memory
# Presentation: YZ6SB6AHVZ2S75HKN5KIC77DZNYK5YDE

## Microgravity Science and Applications ProgramRoles and Responsibilities

- 			_**STRATEGIC**__**	**__**TACTICAL**__**	**__**EXECUTION**_

**LEAD CENTER**

**FIELD CENTER or NASA SCIENCE INSTITUTE**

- NRA/AO Development
- Congressional Budget Line Level Resource Development
- Cross-Enterprise/International Coordination

- Strategic Direction
- Policy Development
- Program Formulation
- Budget Development
- Advocacy, Liaison, and Outreach (Congress/
- 	Administration/Internationals)

- Investigation Selection/ Termination
- Program Compliance & Performance Assessment

- Integrated Program Planning & Direction
- Program Resource Management
- Program Assessment
- Program Outreach (Research Community/Public)

- Support Headquarters

- Program Management
- Resource Allocation and Assessment
- Cost Center
- Flight Assignment/Manifesting
- Requirements Integration
- Program Metrics Assessment and Reporting
- Project Approval

- Discipline Planning & Direction
- Project Planning & Direction

- Support Lead Center

- Discipline Management
- Project Execution (Design, develop, test, training, operations, post-flight analysis)
- Discipline/Project Metrics Reporting

**HEADQUARTERS**
# Presentation: KQNAVL75I6F2QACL4DVT5LXICFFOM3YV

## 2009-2012 VBMP Orthophotography Status

## 2009-2012 Orthophotography Contract

- Contract Awarded to Sanborn on December 23rd
- Planned Maximum Budget:  $6.0 Million (2006/07 Budget)
- Statewide **1 Foot** Resolution Orthophotography
- Eastern Half of State Will Be Captured during 2009 and Western Half Will Be Captured during 2011
- Digital Capture
- Faster Delivery
- Intermediate County Mosaics within 60 days
- Final Ortho Delivery within 6 Months of Acquisition
- Delivery Will Include Color Infrared Band (4 band color)

## 2009/2011 Flight Areas

## Pricing for Core Products

| Product | 2009 Price Per Tile | 2007 Price Per Tile |
| --- | --- | --- |
| 1 Foot Orthophotos | $60.00 | $115.43 |
| 6 Inch Orthophotos | $64.50 | $76.90 |
| 4 Foot Contours | $27.20 | $36.00 |
| 2 Foot Contours | $13.60 | $23.11 |

## 2009 Contract Value

- 1 Foot Base Orthophotography
- $1,484,280
- Orthophotography Resolution Upgrades
- $372,780
- 4 Foot Contours
- $27,690
- 2 Foot Contours
- $6,718

**Total Value = $1,891,468**

## Imagery Acquisition

- Acquisition began on February 1st, 2009
- Acquisition completed on March 31st, 2009
- 87% of photos were captured by February 25th
- 33,628 Images Acquired
- 26 Terabytes of raw imagery!

## 2009 Upgrades

## Additional Upgrades

- 4 Foot Contours
- Halifax County
- 2 Foot Contours
- Blacksburg
- Charlottesville
- Fredericksburg
- Hopewell
- Impervious Surface
- James City County

## Raw Image Samples

- Prince George (6 Inch) – February 20th, 2009

## Raw Image Samples

- Prince George (6 Inch) – February 20th, 2009

## Raw Image Samples

- Monticello (6 Inch) – February 21st, 2009

## Raw Image Samples

- Monticello (6 Inch) – February 21st, 2009

## Image Comparisons

- Monticello (6 Inch) – True Color

## Image Comparisons

- Monticello (6 Inch) – Color Infrared

## Raw Image Samples

- York County (6 Inch) – February 21st, 2009

## Raw Image Samples

- York County (6 Inch) – February 21st, 2009

## Image Comparisons

- Isle of Wight (1 Foot), **2002**

- James
- River
- Bridge

## Image Comparisons

- Isle of Wight (6 Inch), **2007**

- James
- River
- Bridge

## Image Comparisons

- Isle of Wight (1 Foot), **2009**

- James
- River
- Bridge

## Data Delivery

- Delivery of *preliminary mosaics* will begin on May 1st
- 1 foot resolution for entire 2009 flight area
- No QA/QC performed on products
- Orthorectified using 2006/2007 terrain models
- VGIN plans to offer mapservice as primary delivery method
- Final products delivered by *September 30*
- 4 Band GeoTiff and JPG2000 tiles
- Digital Terrain Models

## File Sizes of Final Deliverables

- Uncompressed GeoTiff
- 100 MB per tile
- 2.89 TB for 2009 flight area
- Lossless JPG2000* (5:1 compression)
- 20 MB per tile
- 592 GB for 2009 flight area
- * MrSID format does not support more than 3 bands so JPG2000 has been chosen as the delivery format
# Presentation: PWU7OZEEMXBBLMVIV3D3GMBYEXNPQWJS

## Public Wireless for the Smart Grid

- Secure, Scalable, Reliable

- Henry L. Jones II, Ph.D.
- Chief Scientist
- hjones@smartsynch.com
- (601) 362-1780

## Public Wireless Value

- Secure
- World-class IP-based end-to-end security
- Reliable
- In use by public safety, first responders
- Scalable
- Over three billion users today

## PROVEN SECURITY

## AT&T Wireless Network Security

**AT&T **
**Mobility**
** ****Radio**
**Network**

**Smart Grid**
**Devices**

**VRF 3**

**VRF 2**

**VRF 1**

**AT&T CCS**
**Edge Routers**

**Enterprise**
**1**

**AT&T Wide**
**Area FR/ATM**
**Network**

**Separate GTP Tunnels per Device**

**AT&T Mobility Port**

**Traditional /**
**Legacy**
**FR PVC**

**Any **
**Supported L2**

**Enterprise**
**2 – site A**

**Enterprise**
**2 – site n**

**ePVC**

**Any Supported L2**
**(FR, ATM)**

**ePVC**

**AT&T Mobility Network**

**PE**

**PE**

**PE**

**PE**

**PE**

**Enterprise PVCs **

**Utility ****Customers**

**Customer’s existing**
**AVPN or IPeFR MPLS**
**Virtual Private Network**

**Enterprise**
**3 – site A**

**Enterprise**
**3 – site n**

**PE**

**Separate Dedicated**
**L2 VLANs per**
**Enterprise**

**Notes:**
All data traffic from mobile devices is tunneled from the radio network (SGSN) to the GGSN using GTP (GPRS Tunneling Protocol). 
CCS then segments the customer’s traffic in a layer 2 VLAN at the GGSN in the AT&T Mobility Core network and routes the traffic to the CCS router. 
The traffic then enters an MPLS VRF at the CCCS router to maintain traffic separation to the customer’s chosen Enterprise connectivity (AVPN, IPeFR, Frame Relay, IPSec). 

## PROVEN SCALABILITY

## Ample Bandwidth

- Adding all possible meters in the United States = %0.0002 increase in AT&T network traffic

##  PROVEN RELIABILITY

## Investment Comparison

| Technology | 2008 Endpoints | 2012 Endpoints | 2008 Investment | Cumulative 2008-2012 Investment |
| --- | --- | --- | --- | --- |
| BPL | 17,000,000 | 20,000,000 | $230,000,000 | $2,000,000,000 |
| Proprietary RF | 30,000,000 | 60,000,000 | $300,000,000 | $2,250,000,000 |
| Mesh | 2,000,000 | 25,000,000 | $100,000,000 | $1,260,000,000 |
| Cellular | 3,900,000,000 | 5,000,000,000 | $120,000,000,000 | $700,000,000,000 |

- Worldwide numbers; Based on published information and conservative estimates when required

## For further information

- Henry Jones
- hjones@smartsynch.com
- 601-362-1780
# Presentation: NFQANGT2SOUJMXVAOVATZOJUYEC5ISJG

## Figure 7. Bland-Altman plot for vertical linear displacement of vertical loading test. Solid black line = difference mean, solid gray line = vertical 0 axis, dashed lines = 95% limits of agreement. SD = standard deviation.

- Major MJ, Johnson WB, Gard SA. Interrater reliability of mechanical tests for functional classification of transtibial prosthesis components distal to the socket. J Rehabil Res Dev. 2015;52(4):467–76.http://dx.doi.org/10.1682/JRRD.2014.12.0300
- ResearcherID: Matthew J. Major, PhD: E-7372-2012; William Brett Johnson, PhD: K-5231-2012; Steven A. Gard, PhD: D-9935-2011

**Figure 7. **Bland-Altman plot for vertical linear displacement of vertical loading test. Solid black line = difference mean, solid gray line = vertical 0 axis, dashed lines = 95% limits of agreement. SD = standard deviation.

**Notes:**
Figure 7. Bland-Altman plot for vertical linear displacement of vertical loading test. Solid black line = difference mean, solid gray line = vertical 0 axis, dashed lines = 95% limits of agreement. SD = standard deviation.
# Presentation: DTTA6HLJ7MIVJRLEWK3BVNASPUMJMDKL

## Adult Smoking Rates Vary Widely 

**Adult Smoking Rates Vary Widely **
**Across the State **

**Grays Harbor, Lewis, Pacific**
**Thurston**
**Yakima**
**Chelan, Douglas, Kittitas, Okanogan**
**Island, San Juan, Skagit**
**Pierce**
**Spokane**
**Snohomish**
**Clallam, Jefferson, Mason**
**Cowlitz, Klickitat, Skamania, Wahkiakum**
**Adams, Ferry, Grant, Lincoln, Pend Oreille, Stevens**
**Clark**
**Kitsap**
**Whatcom**
**Benton, Franklin**
**King**
**Asotin, Columbia, Garfield, Walla Walla, Whitman**

**29.2%**

**25.6%**

**25.3%**

**24.8%**

**24.5%**

**24.4%**

**24.2%**

**24.0%**

**23.6%**

**23.5%**

**22.8%**

**22.6%**

**22.4%**

**21.7%**

**19.5%**

**18.8%**

**13.8%**
# Presentation: SWHFQI3BUWV2E5Q7EV3VWPNR2SBGKBDW

## U.S. EPA’sEnvironmental Technology Verification (ETV)Program

**U.S. EPA’s****Environmental Technology Verification (ETV)****Program**

## ETV Goal

**Verify performance characteristics**
**Commercially-ready environmental technologies**
**Providing purchasers and permitters with performance data **
**From independent third parties under the auspices of the U.S. EPA.**

## ETV Definitions

**ETV Does Evaluate and Verify**
**verify: to establish or prove the truth of the performance of a technology under specific predetermined protocols and QA/QC procedures.**
**evaluate: to carefully examine and judge the efficacy of a technology.**
**ETV Does **_**Not**_** Certify**
**certify: to guarantee a technology as meeting a standard or performance criteria into the future.**

## Benefits of the ETV Program

**Provides objective, credible performance data to buyers.**
**Facilitates technology acceptance and permitting at the state/local level.**
**Reduces risk for financial investors.**
**Fair assessment through standardized testing.**
**Facilitates export of American products.**

## ETV Facts

**ETV Program - led by EPA’s Office of Research and Development (ORD). **
**Currently 12 ETV Pilot Partnerships**
**NSF has 3 ETV Pilots**

## NSF’s ETV Pilots

**Drinking Water Treatment Technologies**
**Source Water Protection Technologies**
**Wet Weather Flow Technologies**