BEE-spoke-data/govdocs1-by-extension huggingface dataset:
# Presentation: 695712

## National Marine Fisheries ServiceITDS Integration

- Marine Stewardship:
- What’s trade got to do with it?

## Seafood Trade Issues

- Sustainability – catch quotas
- Bycatch reduction methods
- Illegal, Unreported, Unregulated (IUU)
- Destructive Fishing Practices
- Vulnerable Marine Ecosystems
- Fair trade (labor standards/subsidies)
- Marine Stewardship – level playing field

## US Seafood Trade

**	**** ****2005 Edible Fish Products**:
- $12.1 Billion Imported (5.1 Billion lbs)
- $ 4.1 Billion Exported (2.9 Billion lbs)
**2005 Landed (Unprocessed) Weight :**
- US production – 8 billion lbs
- US Imports – 10 billion lbs
- (Source: Fisheries of the US 2005, NMFS)

## Drivers

- Safe Ports Act (ITDS mandatory)
- Magnuson Stevens Reauthorization Act
- Catch/Trade Documentation Programs
- Private Sector Certification Programs -  	(Producers, NGOs, Retailers)

## Trade Monitoring Process -- Current

**Carrier, Shipper, **
**Freight Forwarder**

-   ITDS/ACE

**Exporter **

**Importer**

- Permit
- Pre-approval

- Statistical Documents
- Bi-weekly reports

- Entry Summaries
- Monthly (CDROM)

**Customs Broker **

## Trade Monitoring Process -- ITDS

**Carrier, Shipper, **
**Freight Forwarder**

-   ITDS/ACE

**Exporter **

**Importer**

- Permit

- Statistical Documents

- Permit?
- Entry Pre-Approval?

**Customs Broker **

- Accept/Reject

- Confirm

## NMFS ITDS Integration

- Complete “as-is” activity assessment
- Develop “to-be” operations plan
- Finalize “Concept of Operations”
- Conclude NMFS-CBP MOU
- Amend trade monitoring regulations to address PRA and GPEA issues
- Advance “e-doc” schemes at RFMOs

## National Marine Fisheries ServiceITDS Integration

- Christopher Rogers
- Trade & Marine Stewardship Division
- 301-713-9090
- christopher.rogers@noaa.gov
# Presentation: 526328

## Charter Service Final RulePrivate Operator’s “Bill of Rights”Effective Date of Final Rule: 4/30/08

_**You may register at FTA’s new Charter Registration Website (49 CFR 604.13)**_
- _[http://](http://www.fta.dot.gov/CharterRegistration)__[www.fta.dot.gov/CharterRegistration](http://www.fta.dot.gov/CharterRegistration)_
- You should register BEFORE 4/30/08
- Your registration lasts two years
- You will receive notification from the system when your registration is about to expire
- You must own at least one bus or van and have the legal authority to operate a charter business
_**After registering, you may receive notification of proposed charter trips by public transit agencies (49 CFR 604.14):**_
- 	-That charge a “premium” fare
- 	-That are subsidized by a third party
- 	-That were not previously made available to private charter operators
_**You may request an advisory opinion from FTA (49 CFR 604.17)**_
_**You may request a cease and desist order from FTA as part of an advisory opinion (49 CFR 604.22)**_
_**You may request that a Qualified Human Service Organization or other Registered Charter Provider be removed from FTA’s Charter Registration Website (49 CFR 604.26)**_
_**You may file a complaint against a public transit agency for unauthorized charter service(49 CFR 604.27)**_

**You may review public transit agencies’ reports on charter service (49 CFR 604.12)**
**You may review a Qualified Human Service Organization’s registration requesting free or reduced rate services (49 CFR 604.15)**
**You may review which public transit agencies requested additional hours under the Government Officials exception (49 CFR 604.6)**
**You may review petitions requesting an exception for Events of Regional or National Significance, Hardship, or Discretion (49 CFR 604.11)**
**You may request assistance from FTA’s Ombudsman for Charter Service, who can be contacted at:**
**	**** **_**ombudsman.charterservice@dot.gov**_

- Fact sheet provided for summary purposes only.  Please consult regulatory text for exact requirements.
# Presentation: 736689

##      AESDirect

**  ****   ****AES*****Direct***

*** ******Free Internet-Based SED Filing to AES***

##  Government web site 

** ****Government web site **
**      ****www.aesdirect.gov**
** ****Free Access and Use**
** ****Operational - October 4, 1999**
** ****Limited to Options 2 and 4**
** ****Allows Interactive and Batch Filing**
** ****Data on-line/Archive for 5 years**

##    On-line Registration

**   ****On-line Registration**
**  ****On-line tutorial and certification quiz**
**  ****Help Desk operational 7am - 7pm EST, **
**       ****7 days a week**
** **
**  ****On-line help facility**

##   Operational 24 hours a day, 7 days a 

** **** ****Operational 24 hours a day, 7 days a **
**      ****week**
** ****Generates reports**
** ****Data Security **
**        ****Encryption**
**        ****User Authentication**
** ****Links to other sites**

##  Register on-line for Option 2 or 4

** ****Register on-line for Option 2 or 4**
** ****Receive e-mail with username and **
**         ****password for tutorial and quiz**
** ****Take tutorial and certification quiz**
** ****Receive e-mail that account is setup**
**         ****for operation**

##      AESDirect  Filing Choices

**     ****AES*****Direct ***** Filing Choices**
**  ****Interactive Filing**
**  ****Batch Filing (EDI Upload)**
**  ****AES*****WebLink***
**  ****Data Entry Center**

##                  Interactive Filing

**                 ****Interactive Filing**
** ****Log onto AES*****D*****ir*****ect***** from Desktop**
** ****Create a shipment **
** ****Submit Shipment to AES*****Direct *****with XTN**
** ****AES*****Direct***** edits shipment **
**        ****Accepts - Sends to AES*****Direct *****database for transmission **
**             ****to AES and acceptance message sent to  client**
**       ****Rejects - Transmission returned to  client with error**
**             ****message to correct and resubmit**
**       ****AES*****Direct *****sends accepted transmissions to AES**
** ****AES returns confirmation - ITN**

##        AESDirect Participation

**       ****AES*****Direct***** Participation**
**  ****2,622 Companies Registered**
** ****1,278 Companies Filing**
** ****519,687 SEDs**
** **

## How To Reach the AES Team 

***      ***

**Voice:      ****1-800-549-0595**
**	****             ****1-877-715-4433**
**Fax:           ****301-457-1159**
**E-mail:      ****www.ASKAES@census.gov**
**               **
**Web Site:  ****www.customs.treas.gov/AES**
**                    ****www.aesdirect.gov   **
**Mail:****	****AES Branch**
**            ****Bureau of the Census**
**            ****Foreign Trade Division**
**            ****Room 3133, Building 3**
**            ****Washington, DC 20233**

***How To Reach the AES Team ***
# Presentation: 729298

## Height Modernization –

***             ***

***Height Modernization –***
***	******          ******     ******the importance of accurate elevations***

**Modern society is becoming increasingly dependent on geographic data that is spatially referenced – horizontally and vertically.**

*In FEMA’s National Flood Insurance Program, risk is measured by elevations, so accuracy is critical*
*Denser control reduces survey costs and improves accuracy of geospatially related data such as LIDAR, photogrammetry, GIS, RTK, construction plans, and evacuation routes *
*Benefits include more accurate floodplain and insurance rate maps*
*Monitoring and management of water resources (groundwater vs. surface water) is improved in areas susceptible to subsidence or erosion*

**Height Modernization provides the basis for Intelligent Transportation Systems (highway, rail, air, water) for improved safety and efficiency. **

**Precision Agriculture applies GPS technology and management strategies to individual fields to protect the environment, **
**improve productivity, and save time and money.**

**Relative (local) and absolute (national) height inconsistencies are eliminated through the use of a common vertical datum -- NAVD88.**

- University of California, San Diego/Scripps • Wisconsin Department of Transportation • Harris-Galveston Coastal Subsidence District • California Spatial Reference Center • North Carolina Geodetic Survey • South Carolina Geodetic Survey • NOAA’s National Ocean Service
- Federal Emergency Management Agency • Louisiana Spatial Reference Center • NOAA’s National Weather Service • Spatial Reference Center of Washington • U.S. Army Corps of Engineers • Washington Department of Natural Resources • Alabama Department of Revenue Louisiana State University • NOAA’s Coastal Services Center • U.S. Geological Survey • Alabama Department of Transportation • North Carolina A & T State University • University of Southern Mississippi • NOAA’s Center for Operational Oceanographic Products & Services

**NOAA’s National Geodetic Survey**
**Height Modernization Program**
- Juliana Blackwell, Program Manager
- Email:  htmod@noaa.gov
- Visit:  www.ngs.noaa.gov/heightmod/
# Presentation: 100762

## Suwannee River Basin and Estuary--Integrated Science Workshop

***Suwannee River Basin and Estuary--******Integrated Science Workshop***

*** ******Teresa Embry – workshop proceedings***
*** ******Jim Tomberlin – CDs***
*** ******Jennifer Oates, Ed Oaksford – registration, logistics***
*** ******Betsy Boynton – badge design***
*** ******Renee Koenig, Chris Cretini – Web site design, ***
***    ******online registration***
*** ******FISC—BOD – Lisa Robbins, Russ Hall, Carl Goodwin***
*** ******Tom Armstrong – USGS-Eastern Region***
*** ******Lion’s Club – Maurice Hendrix, Janet Hendrix, Jenny***
***    ******Pinto, Mike Williamson, John Eigner***

**Many Thanks . . . . . . . . . .**
# Presentation: 679418

## Status of the AC Dipole Studies

**Ryoichi Miyamoto (UT Austin)**
**LARP Meeting at FNAL 9/12/2007**

## LHC AC dipoles will be the Tevatron style.

| Machine | RHIC | Tevatron | LHC |
| --- | --- | --- | --- |
| E [GeV] | 250 | 980 | 7000 |
| frev [kHz] | 78 | 48 | 11 |
| ν, 1- ν | 0.69, 0.31 | 0.58, 0.42 | 0.3, 0.7 |
| fd [kHz] | 55 | 20.5 | 3, 8,... |
| δ | ≥ 0.01 | ≥ 0.01 | ≥ 0.01 |
| βarc , βd [m] | 45, 11 | 80, 47 | 180, 260 |
| σ [mm] | 0.75 | 0.5 | 0.3 |
| Bdl [Gm] (4σ) | 140 | 140 | 165 |

-  RHIC AC dipole system:
-   air core magnet + custom made amplifier
-  Tevatron AC dipole system:
-   already installed (iron core) pinger + audio amplifier

## Requirement to the Power Supplyto Produce 4σ Oscillation @ the Collision Energy

|  | Tevatron AC Dipole | LHC AC Dipole |
| --- | --- | --- |
| Imagnet [A] | 450 | 1700 |
| Rmagnet+calbe [mΩ] | 85 | 11 |
| P=I2R/2 [kW] | 8 | 16 |

|  | Pdesign [kW] | Pmagnet [kW] | Imagnet [A] |
| --- | --- | --- | --- |
| Crown I-T8000 | 8 | 4.5 | 320 |
| LabGruppen FP13000 | 13 | 4.5 | 320 |
| 2 Crowns  | 16 | 6.5 | 390 |
| 2 LabGruppens | 26 |  |  |

_**Results of the Power Supply Tests**_

## Schematic Diagram ofthe Dual Amplifier System

**−**

**−**

**+**

**+**

***N*****P**

***N*****S**

***N*****P**

***Z*****L**** ~ 10 ****Ω**

_**Schematic Diagram of**__**the Dual Amplifier System**_

_**Potential Issues**_

-  Burst length?
-  An audio amplifiers doesn’t like
-    resonant circuits?
-  Transformer?

- _Power to produce 200 A_

**Lossy Core!**

## An AC dipole has an influence like a thin quad.

_**An AC dipole has an influence like a thin quad.**_

***δ****** *****= *****ν*****d ****- *****ν***

_**Measured Phase Space @ B0 IP**_

_**true **__***β***_

_***δ***__*** = -0.01***_

_***δ***__*** = -0.02***_

- Beam motion is still given by

- Change of *β** *is the same as
-  a thin quad:

## Vertical β for New Proton and Pbar Helicies

_**Vertical **__***β***__*** ***__**for**__*** ***__**New**__*** ***__**Proton and Pbar Helicies**_

_**Proton Helix**_

_**Pbar Helix**_

*β*v,B0 = 27.9 cm
*β*v,D0 = 30.8 cm

*β*v,B0 = 35.9 cm
*β*v,D0 = 36.2 cm
# Presentation: 134198

## DC POWER FOR DATA CENTERS - STAKEHOLDERS MEETING - 8/4/05 - PENTADYNE FACTORY, CHATSWORTH, CA.

- _LOCATION_:  -
- PENTADYNE POWER CORP. - 20750 LASSEN STREET, CHATSWORTH, CA.  91311 - PH. 818.350.0370 - www.pentadyne.com
- _AGENDA_: -
- 8AM- 10AM:  WELCOMING AND INTRODUCTIONS
- 10AM - 12N:  DC-UPS DEMONSTRATION AND DSICUSSIONS
- 12N - 1PM: LUNCH AND DISCUSSION
- 1PM - 3PM: STAKEHOLDERS MEETING
- _INFORMATION_:  -
- THE FOLLOWING SLIDES SHOW THE PENTADYNE SYSTEM SET-UP FOR THE ORIGINAL SYSTEM TEST ON 3/9/05.  A  SYSTEM OPERATION DEMONSTRATION WILL BE PROVIDED PRIOR TO THE STAKEHOLDERS MEETING.

**Notes:**
THE MAIN COMPONENT PARTS OF OUR SYSTEM ARE AS FOLLOWS:

RECTIFIER
CONVERTS 480VAC TO 500VDC NOMINAL - WE THINK THE OPTIMUM OPERATIONAL VOLTAGE WILL BE FROM 550VDC TO 580VDC -- AT THAT VOLTAGE WE CAN UTILIZE TYPICAL TRANSFORMER TAP CONNECTIONS AND USE A STRAIGHT DIODE BRIDGE RECTIFIER.  THIS WOULD INCREASE EFFICIENCIES AND LOWER COSTS.

ENERGY STORAGE
OUR SYSTEM DOES NOT NEED BATTERIES - WE PROPOSE THE USE OF A HIGH SPEED FLYWHEEL TECHNOLOGY FOR ENERGY STORAGE TO BRIDGE THE TIME REQUIRED TO BRING GENERATORS ON LINE DURING UTILITY OUTAGES.  FUTURE CONFIGURATIONS COULD UTILIZE FUEL CELLS AND/OR ULTRA-CAPACITORS  

## DEMONSTRATION SYSTEM - CHATSWORTH, CA. - PENTADYNE POWER HQ

**Notes:**
DEMONSTRATION SYSTEM HOSTED BY PENTADYNE IN CHATSWORTH, CALIFORNIA

INITIAL INSTALLATION AND TEST WAS PERFORMED IN MARCH 2005

SYSTEM POWER QUALITY METERING IS PERFORMED BY DRANETZ-BMI SIGNATURE SYSTEM SO LIVE DEMONSTRATION METER DATA CAN BE VIEWED BY ANYONE WITH INTERNET ACCESS

## DEMONSTRATION SYSTEM - CHATSWORTH, CA. - PENTADYNE POWER HQ

**Notes:**
MORE VIEWS OF THE DEMONSTRATION SYSTEM

UTILIZES ENERPRO 50KW RECTIFIER FOR SYSTEM DC POWER SOURCE

## TEST RESULTS

_**GREEN = DC-DC CONVERTER OUTPUT**_

_**RED = RECTIFIER INPUT AC VOLTS**_

_**BLUE = PENTADYNE OUTPUT**_
_**= BUSWAY VOLTAGE**_

- _TEST RESULTS_
- _PROOF-OF-CONCEPT TEST #1 - 3/9/05_

**Notes:**
HERE IS METER DATA SHOWING A TEST PERFORMED ON MARCH 9, 2005 -- RECTIFIER INPUT BREAKER WAS OPENED AT 9:33AM TO SIMULATE AN INPUT SOURCE OUTAGE.  THE OUTAGE LASTED APPROX. 115 SECONDS

YOU CAN SEE THAT THE PENTADYNE OUTPUT REMAINS AT APPROX. 530VDC

YOU CAN ALSO SEE THAT THE DC-DC CONVERTER OUPUT STAYS CONSISTENT AT 48VDC

IN OUR INITIAL SYSTEM SET-UP WE CONFIGURED THE 500VDC SYSTEM AS A FLOATING SYSTEM AND THE 48VDC AS A FLOATING SYSTEM - WE PLAN ON PERFORMING THE NEXT ROUND OF TESTING WITH THE LOW VOLTAGE DC GROUNDED TO OBTAIN A -48VDC OUTPUT.

## TEST SET-UP 1-LINE

**Notes:**
THIS IS A SINGLE LINE DIAGRAM OF OUR DEMONSTRATION SYSTEM SET-UP AT PENTADYNE

A UPS IS ALSO AVAILABLE IN THIS TEST LAB TO SHOW AC VS, DC COMPARISONS AND THE DEMONSTRATION OF THE PENTADYNE FLYWHEEL SYSTEM OPERATION IN A DC LINK CIRCUIT OF A STATIC UPS - AS A BATTERY SUPPLEMENT OR BATTERY REPLACEMENT SOLUTION
# Presentation: 172069

## Security Updates

- Frank J. Nagy
- Computer Security Team

## Peer Review

- Bi-annual Security Peer Review was March 22-23.
- Expect final report in about a month, details at that time
- Expect some changes
- In general, review was quite positive

## CST Metrics

- CST Metrics web page
- Need a KCA certificate and be onsite to access
- _[https://computing.fnal.gov/security/metrics](https://computing.fnal.gov/security/metrics)_
- Pretty generic right now, Under Construction

## Darknet and Tarpit Metrics

## Darknets and Tarpits

- 2 Darknets
- 131.225.1.0/24 and 131.225.254.0/24
- Allocated subnet with logging mechanisms
- No live hosts
- Record *blind* scanning attempts
- 2 Tarpits
- Top half of above darknets: .127-254
- Virtual hosts to respond to attackers
- Tarpit holds onto connection

## Kerberos Password Sniffer

## Critical Vulnerability Scanner

## Critical Vulnerability Scanner

## Mini-Security Awareness Day

- Coming in May
- Another round of SysAdmin Presentations
- At least User and Desktop Admin courses
- Probably also the Fermilab SysAdmin as well
- Maybe the Spyware/Phishing presentation
- 1⁄2 Day at most
# Presentation: 328927

## Rapid Prototyping Workshop

- Seven threatened and endangered species of the Edwards Aquifer

## Federally Listed Species

- Seven endangered species :
- Texas Blind Salamander
- Fountain Darter
- San Marcos Gambusia
- Texas Wild-rice
- Comal Springs Riffle Beetle
- Comal Springs Dryopid Beetle
- Peck's Cave Amphipod
- One threatened species:
- San Marcos Salamander

**Notes:**
May want to highlight the recent critical habitat designation......or not.

## Species to Address

- Texas wild-rice (TWR)
- (*Zizania texana*)

## Problem Statement (in short)

- Develop an iterative process that will be used to determine jeopardy for the Texas wild rice (*Zizania texana*) in light of scientific uncertainty and political controversy surrounding water management of the Edwards Aquifer
- Jeopardy defined by change in probability in area of occupancy < threshold

## Process

- Identify influencing factors
- Broad, inclusive list
- Narrowed to most influential
- Model the relationship between factors
- Focus on upper reach
- Developed simple belief model
- Possible states & conditional probability tables
- Explored alternatives with the model
- Baseline
- Alternatives

## The Model

## Slide 8

| Factors |  | Baseline | Alt. 1 | Alt. 2 |
| --- | --- | --- | --- | --- |
| Springflow | <50 |   |   |   |
|  | 50-100 |   | 100 |   |
|  | 100-180 | 100 |   | 100 |
|  | >180 |   |   |   |
| Invasive Plants (% Cover) | High  |   |   |   |
|  | Medium | 100 |   |   |
|  | Low |   | 100 | 100 |
| Floating Veg. | High  |   |   |   |
|  | Medium |   |   | 100 |
|  | Low | 100 | 100 |   |
| Flood Damage | High  |   |   |   |
|  | Medium |   |   | 100 |
|  | Low | 100 | 100 |   |
| Recreation | High  |   |   |   |
|  | Medium |   |   | 100 |
|  | Low | 100 | 100 |   |

## Alternative 2

## Flow 100-180

| OUTCOMES
(Area of TWR in m2) |  |  |
| --- | --- | --- |
| Baseline | Gone | 51.7 |
|  | <1000 | 30.3 |
|  | 1000-3500 | 13.7 |
|  | >3500 | 4.3 |
| Alt. 1
 | Gone | 50.6 |
|  | <1000 | 20.9 |
|  | 1000-3500 | 15.2 |
|  | >3500 | 13.4 |
| Alt. 2 | Gone | 35.8 |
|  | <1000 | 46.4 |
|  | 1000-3500 | 17 |
|  | >3500 | 8 |

- Invasive – med.
- Floating - low
- Flood - low
- Recreation - low

- Flow  50 -100
- Invasive – low
- Floating - low
- Flood - low
- Recreation - low

- Invasive – low
- Floating - med
- Flood - med
- Recreation - med

## Next Steps

- Break out into groups
- Repeat rapid prototyping for the Fountain Darter and Comal Springs Dryopid Beetle
- Continue work with refining alternatives and work on the simulation model
- How this will input into the RIP
# Presentation: 018452

## Event Shapes at DØThrust Analysis

- Veronica Sorin
- Universidad de Buenos Aires

## KT jets, D = 1

- An Efficient Algorithm for calculating thrust in high multiplicity reactions
- H. Yamamoto  J.Comput. Phys.52, 1983

## Some Studies

-  HERWIG generator:
-                                   – parton   < 0.9
-                                   – parton  ET > 30 , 100 (GeV)
-  Detector Simulation
-  Zerobias events : simulate the effects of multiple
- interactions, pileup and uranium noise.
-  L = 5 x 1030 cm-2 s-1

## Thrust Distribution(Monte Carlo)

- 1,2

- 1,2

## Plans

-  jet ET cut (jets 3, 4,...)
-  Cut on the number of jets
-  Luminosity Dependence
-  precluster ET cut
# Presentation: 753982

## Final Design Review forThe SNS BLM System R. Witkover, D. Gassner

- Part I:  Overview

## BLM System Requirements

- Protect SNS from radiation damage through MPS
- Minimize activation (1 W/m criterion)
- Provide radiation data to tune beam loss
- Will not be used for personnel safety

- SNS BLM FDR

- July 23, 2002

## System Requirements

- SNS BLM FDR

- July 23, 2002

## BLM System I/O

- Detailed Time History....Each BLM at 10 Hz rate
- Total Loss..................Each BLM at 10 Hz rate
- Fast Loss MPS Output....10 μsec rise, 10 μsec delay
- Low level loss output......Each BLM at 0.1 Hz rate
- Gain Set/ Readback........60 Hz rate
- Bias Voltage Control......As Required

- SNS BLM FDR

- July 23, 2002

## Estimated Losses – Low end

- 1 W/m Requirement
- 1 W/m produces 100 mR/hr activation
- Rule of thumb:
- Beam-on loss=1000 x activation = 100 R/hr
- 1 hr = 216000 pulses  0.46 mR/pulse or
- 0.46 R/sec for 1 msec pulse
- Ion chamber with 70 nA/R/sec response = 32.4 nA
- At 1% resolution signal = 324 pA

- SNS BLM FDR

- July 23, 2002

## Estimated Losses – High End

- Requirement: 1% local loss
- 1% of 2 MW = 20 kW = 2x104 x 1 W/m
- 2 x 104 x 0.46 mR/pulse = 9.2 R/pulse
- For  70 nC/rad Ion Chamber  644 nC
- For a 695 ns RTBT pulse this is 0.93 A!
- In the Linac and HEBT, a _uniform_ loss of 1% is reasonable at 0.644 mA

- SNS BLM FDR

- July 23, 2002

## Detectors

- Wide distribution BLM System
- Ion Chambers
- Stability
- Uniformity
- Linearity over suitable range
- Fast BLM System
- Liquid Scintillator – Photo-multipliers

- SNS BLM FDR

- July 23, 2002

## Typical System Electronics

- SNS BLM FDR

- July 23, 2002

## Distribution of BLMs

- LINAC
- DTL	1 per Tank 			 5
- CCL	Alt Quads			24
- SCL	Doublet & Cryo-module	59
- HEBT					52
- Ring					75
- RTBT					40
- 					Total          255

- SNS BLM FDR

- July 23, 2002

## Rack Locations

- 		_Location__	__	__# Ch__	__#FBLM__	__#Crates__	__Note_
- DTL_Diag:Cab401		  5		1
- CCL_Diag:Cab301		12		1
- CCL_Diag:Cab302		12		1
- SCL_Diag:HB13Cab01		29		1
- SCL_Diag:HB1Cab02		30		1
- HEBT_Diag:Cab07		40	    3	2	     1
- Ring_Diag:Cab05		55	   12	2            	     2
- Ring_Diag:Cab06		44	    0	2	     3
- RTBT_Diag:Cab04		28	    3	1	     4
- Note 1: 12 HEBT ch located in Ring racks
- Note 2: Includes HEBT ch beyond ground break
- Note 3:Includes 12 ch from RTBT before ground break
- Note 4: 12 RTBT ch located in Ring racks

- SNS BLM FDR

- July 23, 2002

## SNS Installation Responsibilities

|  | FROM | Tested By | Installed By |
| --- | --- | --- | --- |
| BLM Detectors | BNL | BNL | ORNL |
| Detector Mounts | BNL/ORNL | - | ORNL |
| Signal and HV Cable | Vendor | ORNL | ORNL |
| Cable Connectors (Non-PTFE) | Vendor | ORNL
 | ORNL |
| HV PS | Vendor | BNL/ORNL | ORNL |
| AFE PCB/Modules/Crates/Distr Panels | BNL | BNL/ORNL | ORNL |
| Test Fixtures | BNL | BNL | ORNL |
| VME Modules and Crates | BNL Controls | BNL/ORNL Controls | ORNL Controls |
| Inter-Crate Cabling | BNL | ORNL | ORNL |
| Racks | ORNL | ORNL | ORNL |

- SNS BLM FDR

- July 23, 2002

## BLM System Schedule

- SNS BLM FDR

- July 23, 2002
# Presentation: 295695

## Biological Characterisation

- What biological characterisation (other than safety) would you not find needed for a follow-on biologic – and how would you make that decision?
- Potency?
- In-vivo models of efficacy and PK/PD?
- Mechanism of action?
- Receptor binding?
- If the formulation is not exactly the same as for the reference drug – how could this impact the need for biological characterisation?
- What risks are we capable of assessing with biological characterisation – an what residual risk could we identify?
# Presentation: 160863

## XML.gov Registry Proof-of-Concept

- Lisa Carnahan
- Registry Project Team
- lisa.carnahan@nist.gov

## Registry Project Team

- Owen Ambur
- Bruce Bargmeyer
- Joe Chiusano
- Eliot Christian
- Frank Dollak
- Scott Duliere
- Larry Fitzwater
- Diane Gannon
- Walter Houser
- Mike Jacobs

- Bert Jarreau
- Steve Lichtman
- Bill Morgan
- Roy Morgan
- Davis Roberts
- Marion Royal
- Bill Thomas
- Dan Scheider
- Lisa Weber
- John Weiland

## XML.gov Registry Mission

- Mission:  To facilitate the awareness and appropriate reuse of existing data element definitions, schemas and related documents that exist in the private sector and federal, state and local governments.
- Not a policy making tool - The registry is not a tool to develop a priori policies based on mandated use of its registered objects.

## POC in the Process

- POC

- Lessons Learned

- Requirements for
- Scalable solution

- Find a home

- Proceed?

- Proceed?

- Proceed?

## Goals of Proof-of-Concept

- Do the ‘standardized’ registry services meet our needs?

- What are the interoperability requirements and issues that need to be solved to achieve a distributed registry model?

## Registry Software

- Provided by Data Networks Corporation; originally developed for DLIS
- Based on ebXML version 1.0
- NIST operated

## Registry PT role

- Develop policies/procedures to be used by POC
- What is an SO?
- What is the vetting process to become ‘registered’
- Registry enumerated type values
- (e.g., status = submitted, pending,registered)
- Objects are local

## Next Meeting

- March 20, 1:00 – 3:30 GSA
- Gov’t folks or contractors acting on behalf of a named gov’t effort
- See me if interested
# Presentation: 767777

## Titan-A Preview Overview 

**Trina L. Ray**

## Titan-A Overview Summary

**Closest approach:**
- Altitude: 1200km (746 miles)
- Time: 2004-300T15:30:21 (Spacecraft Event Time, UTC)
- Speed: 6.1 km/s (14,000 mph)
- Phase 91 degrees (low phase inbound)
- On thrusters
**3445 Mbits received on Earth between 6:30pm and 3:30am on Tuesday**
**Science Highlights:**
- Inbound movies to look for cloud motion and wind speed measurements
- First in-situ sampling of Titan’s atmosphere
- First crossing through Titan’s plasma wake
- First medium and high resolution imaging of Titan, including imaging of Huygens landing site.  Surface composition and fluid feature mapping (lake, rivers), as well as looking for aerosol and cloud structures in the atmosphere, methane fluorescence, and volcanic activity.
- First Synthetic Aperture RADAR (SAR) imaging of Titan’s surface, as well as scatterometry of Huygens landing site.  Altimetry and Radiometry on outbound leg.
- Measure the stratospheric temperatures versus pressure (and therefore density), in part to contribute to Huygens mission validation at the altitudes of parachute deployment
- Detailed study of Titan’s interaction with Saturn’s magnetosphere, as well as further constrain the possible internal magnetic field of Titan.  Characterize the ion composition and charge state near Titan

## Titan-A Trajectory Overview

## Titan-A Observation Overview

**Titan-A Observation Overview**

## Titan-A Press Conference Schedule

**Tuesday, Oct. 26**
**-- Live NASA TV commentary on first Titan pictures from the flyby, 6:30 p.m. to midnight**** PDT.  ****Program**** will be in several segments during that period.**
**Wednesday, Oct. 27**
**-- News briefing, quick look at images, 9 to 10 a.m. PDT**
**-- Live satellite interviews on NASA TV, noon to 4 p.m. PDT**
**Thursday, Oct. 28**
**-- News briefing, science results, 9 to 10 a.m. PDT**

## Titan-A Data Playback Overview

## Slide 7
# Presentation: 690287

## Recovering from Shutdown

**  ****Ron Moore – FNAL**

- Machine status
- Plan for the Week

- All Experimenters' Mtg - 10 Feb 03

## Proton Source

- Linac
- Record 210,000 beam pulses on Saturday  (avg ~ 2.4 Hz)
- Previous best was 160,000
- Booster
- Tried high rate MiniBoone running (no stacking)
- Achieved 4 Hz @ 5 turns   2.9 E16 protons/hr
- Needed to bypass limit of a single loss monitor
- Limited by ORBMP temperature, rate limit
- W/o stacking,  3.4 Hz @ 5 turns  2.4 E16 protons/hr
- Will retune for higher intensities this week

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## Weekly Linac Beam Pulse Count

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## Pbar

- Reestablished good production, stacking
- Pilot shots to MI on Friday very useful
- Fixed Pbar-MI phasing
- First pass at tweaking ARF4 cavity (used to unstack) after modifications during shutdown (higher impedance)
- Have not yet had > 3.9 E12 prot/pulse on target
- Want to reach 4.5 E 12
- Waiting for Booster tune-up
- Emphasis will be on increasing stack rate

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## Main Injector & Recycler

- Main Injector
- OK, supporting rest of complex
- Need more pbar shots to resolve a kicker problem?
- Tuning 106 MHz cavity on pbar shots to improve coalescing
- Need additional minor tuning of MI-8, P1, A1 transfer lines
- Recycler
- Resolved problems with some beam valves
- Vertical flying wire has bad bearing, need another access to repair
- Circulating protons, ready to check out machine
- Aperture scans, beam lifetime (vacuum) measurements
- Ready for pbars next week?

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## Tevatron

- C34-2 dipole replaced, no problems turning on
- Post-shutdown commissioning with beam began Saturday
- Recommissioning progressed very well
- All the basics done – orbits, tunes, coupling on ramp and squeeze
- Aperture scans done – no surprises
- C0 vertical aperture 2 larger than before shutdown  (now 20 mm)
- Poor beam tube vacuum @ F14
- In 10-7 torr range, should be ~10-9 torr
- Need 4 hr access to investigate
- Ready for a 36 x N test store today
- No guarantees, but take the pilot pbar shots to collisions
- Identify any lingering problems with shots, CDF / D0
- Look at losses caused by poor vacuum @ F14 (recall outgassing ferrites @ F11 last spring)

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## 36 coalesced proton bunches in Tev

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## Weekly Schedule

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03

## Summary

- Tevatron C34 dipole replacement completed
- Tev turn-on and commissioning went very well
- Tested high rate Booster/MiniBoone running  (no stacking)
- Reached 5 turns @  4 Hz   (2.9 E 16 protons/hr)
- Linac had record 210,000 beam pulses on Saturday
- Complex approaching normal operation again
- Try making collisions in Tev today as exercise
- Stack & store rest of the week
- Begin dedicated studies after some stable running

- R. Moore - FNAL

- All Experimenters' Mtg - 10 Feb 03
# Presentation: 247283

## Population Based Quantitative Brain Imaging: Establishing What is Normal

**Charles DeCarli, MD**
**University of California at Davis**

## Aging and Memory

- Wilson et al, Arch Neuro, 1999

## Longitudinal Performance

- Wilson et al, Arch Neuro, 1999

## T

**T**
**I**
**M**
**E**

**DEMENTIA**

## Questions

**What is normal?**
**Cross-sectional differences**
**Rates of change**
**How do earlier life factors affect risk for later life dementia?**
**Are these factors modifiable?**

## Framingham Heart Study

**Community based population study**
**Original Cohort: 1950**
**Offspring of Original Cohort: 1971**
**Routine assessment of cardiovascular risk factors**
**Brain MRI and Neuropsychology: 1999-present**

## Quantitative Imaging

**Intensity based mathematical modeling to define segmentation**
**Brain matter-CSF**
**WMH**
**Operator guided**
**Lobar analysis**
**Stroke volume**

## Cross-sectional Evaluation

**> 2200 Individuals**
**Mean Age:**
**64 **_**+**_** 11 years (range 38-97)**
**Gender **
**55% F**
**45% M**

## Brain Volume

## Brain Volume

## Temporal Lobe Volume

## Frontal Lobe Volume

## Ventricular Volume

## White Matter Hyperintensity Volume

## Prevalent MRI Infarction

## Summary 1

**Age accounts for approximately 30-40% of differences in brain volume**
**Brain regions change differently with age**
**Gender differences are modest**
**Cerebrovascular brain injury is common  **

## Longitudinal Evaluation

**151 individuals**
**5 age groups **
**(38-59; 60-69; 70-79; 80-84; 85-96)**
**23 ‘High-risk’ younger**
**21 ‘low-risk’ younger**
**Average duration 1.8 years**
**MRIs analyzed blindly by separate raters**

## Rate of Brain Volume Change with Age

## Rate of Ventricular Volume Change with Age

## Rate of WMH Volume Change with Age

## High Risk Versus Low Risk

## Change in TCB

- Brain Volume (%TCV)

- Duration (years)

## Change in WMH

- Log WMH Volume

- Duration (years)

## Summary 2

**Rate of brain atrophy and WMH increases with advancing age**
**Individual differences in rates of change are apparent **
**These individual differences may begin early in life related to risk factors for dementia **

## Conclusions

**Understanding the use of Imaging methods as surrogate markers for disease must include a clear understanding of what is normal**

## Acknowledgements

**Framingham**
**Phil Wolf-PI**
**Joe Massaro**
**Alexa Beiser**
**Rhoda Au**
**Maureen Valentino**

**IDeA Lab**
**William Jagust**
**Charles DeCarli**
**Jamie Eberling**
**Evan Fletcher**
# Presentation: 858246

## Site Visit Presentation February 25, 2005

**Basil Golding M.D.**
**PI - Immunology Section**
**Lab. of Plasma Derivatives, DH**
**OBRR/CBER**

##   Projects	

**Toll-like receptors**
**Avoiding undesirable immune responses to replacement factors, e.g. Factor VIII**
**Polyclonal antibodies against anthrax**
**HIV-*****Brucella abortus - *****immunotherapy**

## Immune Globulin Intravenous(LPD) 

**Public Health Impact:**
**Product Contamination **
**Infusion of IGIV causes adverse events – 25%**
**Sterile filtration of final product does not remove microbial components, e.g. LPS, DNA.**
**Microbial contaminants ******** proinflammatory cytokines ******** side effects**

## Immune Globulin Intravenous Product Contamination

**Regulatory and Scientific Challenges:**
**Need for rapid high throughput assays to detect microbial components**
**Adapt cell lines expressing Toll-like receptors as a detector system**

## Toll-Like Receptors (TLRs) and Their Ligands

**Toll-Like Receptors (TLRs) and Their Ligands**

- Takeda and Akira Inf. & Imm. 2005

- Pathogen
- Recognition

- NF-B

- NF-B-luciferase

- Nucleus

## HEK-293 Cells Transfected with TLRs and a 

**HEK-293 Cells Transfected with TLRs and a **
**Reporter Gene Respond to Microbial Ligands**

- Huang et al, J. Immunol. 171(3):1441-6. 2003

## IGIV: Outcomes

**Cell lines expressing multiple TLRs and a reporter gene can detect microbial components.**
**These cell lines will be used to develop a rapid high throughput system for testing IGIVs and other CBER products for microbial contaminants.**

## Toxins of B. anthracis

**Lethal Factor**

**Edema Factor**

**And  Or**

**Protective Antigen (PA)**

**Protective Antigen (PA) heptamers**

- Cell lysis
- Cytokines

- LT

- ET

- Edema

## Collaboration with 

**Cooperative Research And Development Agreement (CRADA)**
**Generation and characterization of bovine and *****human***** anti-anthrax antibodies in cows**
**Novel transchromsomal system to generate human antibodies in a cow (Tc cattle)**

**Collaboration with **
**industry-Hematech**

## Various cow-derived anthrax IG protect A/J mice from a lethal Sterne spore (1x106) IP challenge

**HAC cow antibodies**

**Various cow-derived anthrax IG protect A/J mice from a lethal Sterne spore (1x10****6****) IP challenge**
**(avg. results of 2 experiments)**

**Antibodies (25 mg/kg) given day of challenge, once and Cipro (10mg/kg) given day after challenge, daily**

- 0

- 2

- 4

- 6

- 8

- 10

- 12

- 14

- 16

- 18

- 20

- 1

- 2

- 3

- 4

- 5

- 6

- 7

- 8

- 9

- 10

- 11

- 12

- 13

**Time post challenge (days)**

**Number of surviving mice**

## Anthrax IG – Future Plans

**	****Characterize HUMAN antibodies against anthrax generated in the Tc cattle by:**
**	****Potency Assays:**
***In vitro***** binding**
***In vitro***** neutralization**
**Sterne strain mouse protection assays**
**Virulent Ames strain challenges in collaboration with USAMRIID**
**measuring binding affinity/avidity of the human antibodies using surface plasmon resonance technology [BiacoreTM]**
# Presentation: 502872

## Bridge Thermal Model

**Salient Features**
- High conductivity (700W/mK, 0.5mm thick) CC bridge material support for 0.28mm thick hybrid(1W/mK)
- 40 chips @ 0.25W/chip
- Detector 0.28mm thick, 148W/mK
- Allcomp carbon foam for bridge support (isotropic 45W/mK)
- Carbon Foam for tube support (45/45/45 W/mK)
- Reduced density over POCO foam (0.2g/cc versus 0.5 g/cc)
- Sandwich foam
- Allcomp foam option, ~0.1g/cc @ 3W/mK
**Comparison with Hybrid on 10cm Detector**
- Thermal solution with both with inner tube wall at -28oC
- Simulates -30oC with 8000W/m2K
**No change made to material properties in 10cm detector with integrated hybrid **

## 10cm Detector-No Bridge

- Old model parameters

## 10cm Detector-No Bridge

**Material Properties**
- See previous slide (#2)
**40 chips per detector, 80 total**
- 0.25W/chip Q (Si)=0W
- Tube inner surface -28oC, no convection coefficient
- Interest in ΔT from chip and detector surface to tube surface
**Peak chip temperature**
- Middle hybrid region: -20.5oC
**Peak Detector**
- Middle hybrid region: -21.5oC
*Δ**T in region of max gradient: 6.5oC*

## 10 CM Wide Stave-No Bridge

**Solution**
- Replaced honeycomb core with Allcomp carbon foam (<0.2g/cm3: 45W/mK)
- Also, replaced POCO foam tube support with same foam
**Peak Chip Temp: -22.7****oC**
**Peak Detector: -24oC**
_*Δ*__*T (referenced to tube wall)*_
_*4oC*_

## 10 CM Wide Stave-No Bridge

**Solution: Simulate “outer” long strip detector**
- One upper and power hybrid for 10cm detector
- 20 chips @ 0.25W/chip
- Coolant tube inner surface: -28oC
- Materials, see slide (#2)
**Detector**
- Peak temp beneath hybrid: -24.8oC
_*Δ*__*T in region of max gradient: 3.2oC*_
**Chip Peak Temp: -24.1oC**

## Thermal Bridge Model (1/2 of 10cm)

- Wire bonds, simulated as thin solid, reduced K to 97W/mK

- Chips 0.38mm thick (148W/mK)

- Al Cooling tube 0.21mm ID

- Separation between facings 4.95mm

- 10cm

- Foam bridge support

_*1mm air gap for bridge*_

## Bridge Thermal Model

- Enclosed bridge model in an air box.   Air participates only through pure conduction.  Air fills all cavities not occupied by a solid

- Air box

## Model Parameters

- Cable and adjacent adhesive layers modeled as single layer 0.227mm and K=0.31W/mK

## Solution with -30oC Tube 8000 W/m2K 0.5W/chip Q (Si)=0

- Slight asymmetry caused by variance in interior coolant wall temperature

- Detector max=-21.4oC

- Chip peak=-16.5oC

## Solution with -30oC Tube 8000 W/m2K 0.25W/chip Q (Si)=0

- Slight asymmetry caused by variance in interior coolant wall temperature

- Detector max=-25.8oC

- Chip peak=-23.3oC

## Solution with -30oC Tube 8000 W/m2K 0.25W/chip Q (Si)=0

- Bridge foam and tube foam 45W/mk, density ~0.2 g/cm3
_*(no POCO foam)*_

- Peak detector temp -24.2oC

_*Sandwich foam core 3W/mK, density ~0.06 g/cm*__*3*_

- Peak chip=-21.8oC

- Wire bonds 97W/mK
# Presentation: 542204

## Smart Shopping Cart

- The shopping cart of the future
- Nicole Berkovich and Ian O’Leary

## Mechatronics

- Mechatronics is the system that is compromised of several components that work together in order to form a complete system. These components include:
- Mechanical Components
- Electrical Components
- Electromechanical Components
- Hardware
- Computer Systems

## Introduction to the BASIC Stamp

- BASIC Stamp is used in mechatronics to relay commands to mechanical components via computer programming
- Commonly used in microcontrollers
- It is able to control and monitor switches, timers, motors, sensors, relays, valves, and more

## Our BASIC Stamp

- BASIC Stamp 2 Module
- Personal uses:
- Proximity sensors
- Servos
- Battery power supply
- Customized program

## Shopping CartPurpose

- We have designed an automatic shopping cart that is controlled by a basic stamp to be used in common shopping centers
- Provides the most logical route to retrieve needed products and leads the shopper to the products

## Shopping CartProcedure

- We built a prototype of the shopping cart out of plexi-glass, and used ultrasonic sensors as well as a customized PBasic program to ensure that the shopping cart follows the most logical route to all products and does not run into obstacles on the way.

## Shopping CartProgramming

- A programmed coordinate plane
- X- coordinates lead to aisle
- Y-coordinates lead to section
- Allows for automatic ordering of products
- Program can be changed based on location of product and availability (ie: automatic inventory)
# Presentation: 864302

## Tire Testing and Simulations

- Lawrence E. Jackson, P.E.

## Tire Testing

- Literature review of available test data
- Preliminary simulations conducted
- Testing protocol developed
- Testing in May 2004
- Pavement surface at accident site replicated

## Calspan Tire Testing—Cornering

## Calspan Tire Testing—Braking

## Results—Drive Axle Tires

- Average peak lateral friction less than half steer axle tire
- Lower lateral friction
- Frictional braking capability about half steer axle tire
- Slide friction value equivalent to ice

## Slide 6

## Simulation Purpose

- Evaluate motorcoach driver’s statements
- Motorcoach’s braking and cornering capability
- Contribution of roadway and tires
- Speeds at impact
- Dynamics of vehicles postcollision

## Slide 8

## Simulations

- Depict best fit to physical evidence
- Representative of accident sequence
- Shown real time
- Do not represent lighting and weather conditions

## Simulation Views

- Motorcoach chase
- Motorcoach driver’s potential view
- Fixed view
- Suburban driver’s potential view
- Motorcoach chase with good tires

## Slide 11

## Accident Severity

- Speed at impact     40 mph      33 mph
- Peak acceleration   7.6g          46.8g
- Delta V                   16 mph      57.8 mph
- Suburban’s longitudinal change in velocity
- 	- Recorder: 48.7 mph
- 	- Simulation: 51.3 mph

_**Motorcoach **_**  **_**Suburban**_

## Summary

- Motorcoach steered hard left and braked
- Motorcoach: 40 mph at impact
- Suburban: 33 mph at impact
- With good tires, motorcoach could have avoided impact with Suburban
- Unequal pavement friction induced counterclockwise rotation

## Slide 14
# Presentation: 353719

## prairie sagewortArtemisia   frigida  Willd. Other common names; fringed sagebrush, fringed sagewort, fringed sage,   prairie sage, wormwood, pasture sagebrush, and woman sage.

**Medicinally:**
- Dried leaves were burned to disinfect the room of a contagious patient.  When made into a tea or soup it was taken to treat convulsions, chest trouble, tuberculosis, hemorrhage, colds, coughs and heartburn.  Women during their menses took it and a pad of the plant was worn by them to reduce skin irritation.  A poultice was applied to the skin to treat open wounds and reduce the swelling.  The soft leaves were used to stuff a bloody nose.
**Culturally:**
- Used in dance ceremonies.  Burned as a smudge to control mosquitoes.  Women use a decoction as a bathing rinse.  It is also used as a sop for perspiration and as a deodorant.
-  **Food:**
- This plant was used as a preservative to eliminate rancid odor from meat.

- Photo courtesy of: ©Gary A. Monroe. Churchill Co., NV. This copyrighted image may be freely used for any non-commercial purpose. For commercial use please contact _[Gary A. Monroe](mailto:gmonroe@softcom.net)_.   Please credit the artist, original publication if applicable, and the USDA-NRCS PLANTS Database. The following format is suggested and will be appreciated: **Gary A. Monroe** @ USDA-NRCS PLANTS Database.

- Slide developed by Pat Broyles, Soil Conservationist, Manhattan, KS. PMC.  USDA is an equal opportunity employer.
# Presentation: 175688

## Tools related to blogs

_**Bulletin Boards**_ – forums, moderated participation, post files...
_**Wikis**_ (ex.Wikipedia) – collaborative writing, instant publication, reference tool...
_**CMS**_ (Content Management System) – back end tool, collaborative writing/publication, version control... Complex
_**Digital repositories**_ – digital document archiving and open access, alerts to new additions...
- Differences in user control, version control, primary organizational facet, format of content, alerting
- Some have blog type functions
- May lack RSS type notification but provide other alerting
- More collaborative functions
- All fall under groupware / content, project, document, workflow, knowledge management / collaboration
**NOAA Seattle Library**www.wrclib.noaa.gov

**Notes:**
Web 2.0 in that they have have features that distribute control of content but a central means of controlling access

## Seattle Library’s choice of Blog SW

- _Blosxom_: small, required only Perl, limited functionality, lack of support
- _Nucleus CMS_: required large SQL installation as well as PHP
- _Pivot:_ included functionality without SQL
**NOAA Seattle Library**www.wrclib.noaa.gov

**Notes:**

Hypertext Preprocessor, an open source, server-side, HTML embedded scripting language; any task that any CGI program can do, but its strength lies in its compatibility with many types of databases 

MySQL around 80Mb + space for uncompressing
needed GCC compiler, since the native Sun/Solaris compiler has problems with MySQL's use of long filenames 
compiler and libraries - somewhere around 2Gb 
2 drives on the system - a 2.1Gb and a 9.0GB 
2Gb operating system's structure.  
9Gb drive has the Library structure, including the web site, Sirsi/Unicorn, logfiles, and all the rest 
Sun UltraEnterprise-1, a 170MHz system with 320Mb of memory 

## Choosing the software

- _[Blog Software Breakdown](http://www.asymptomatic.net/blogbreakdown.htm)_ -asymptomatic.net/blogbreakdown.htm
- OpenSourceCMS - opensourcecms.com
- Blogging 101 - www.unc.edu/~zuiker/blogging101/index.html
- RSS Readers to recommend
- About RSS - www.feedburner.com/fb/a/aboutrss
- All about RSS - www.faganfinder.com/search/rss.shtml
- RSS Compendium - www.allrss.com
**NOAA Seattle Library**www.wrclib.noaa.gov

## Slide 4

## Slide 5

## Slide 6
# Presentation: 537912

## IP Cosmetics, Inc., Scenario

**U.S. Patent and Trademark Office**

**Conference on Intellectual Property in the Global Marketplace**

## What is in IP Cosmetics, Inc.,  intellectual property portfolio?

What types of IP protection can they obtain?

**What types of IP protection can they obtain?**

**IP Cosmetics, Inc.,  Scenario**

## What name / mark can be used for the product?
Rebirth
Breveté
Vanish
How can it be protected?

**Rebirth**
**Breveté**
**Vanish**
**How can it be protected?**

**Product Names**

## Results for “Rebirth”

**Results for “Rebirth”**

## Conflicting Registration! Sorry!

**Conflicting Registration! Sorry!**

## Results for “Breveté”

**Results for “Brevet****é”**

## Results for “Vanish”

**Results for “Vanish”**

## Logo

**Logo**

**Copyright protection?**
**Design patent protection?**
**Trademark protection?**

## Bottle

**Bottle**

**Copyright protection?**
**Design patent protection?**
**Trademark protection?**

## How can the packaging be protected?

**Packaging**

## Active Ingredient

**Active Ingredient**

**Utility patent protection?**
**Trade secret?**

## “Breveté is the Soul of Lit-Up Skin.”
“A Brief Moment on the Fingertips
 Erases Years for the Complexion.”
“Beauty is brief... Breveté is forever.”
“A Bit of Breveté and Brand New Skin...”

**“****A Brief Moment on the Fingertips**
** ****Erases Years for the Complexion.”**
**“****Beauty is brief... Breveté is forever.”**
**“****A Bit of Breveté and Brand New Skin...”**

**Slogans**

## Domain Names 

**Domain Names **

**REBIRTH.com**** – Not available, but not a conflict**
**BREVETE.com**** – Not available.**** **** ****Purchase it?**
**VANISH.com**** – Not available.  Redirects to  “Scrubbing Bubbles” Web site**

## What Can We Find Out?

**What Can We Find Out?**

**Brevet****é****.com**

## What Can We Find Out?

**Brevet****é****.com**

## Domain Names

**DNS registration vs. TM registration**
**Brevete.com**
**Brevete.net and Brevete.org**
**Brevete.biz and Brevete.info**
**Brevete.us**
**Brevete.[ccTLD], such as .eu**
**Brevete.[ccTLD], such as .cn**
**BreveteCream.com**
**IPCosmetics.com**
**cosmetics.com**

## The ccTLDs in My Soup

**The ccTLDs in My Soup**

**Internet Domain Names:**

## How can these materials be protected?
Video explaining how to apply Breveté 
Website Contents
Ads for Breveté
Catalogue

***Video explaining how to apply ******Breveté****** ***
***Website Contents***
***Ads for ******Breveté***
***Catalogue***

**Advertising**

## Counterfeit Packaging

**Counterfeit  **

**Genuine**

**Counterfeit Packaging**

## 
THANK YOU

**THANK YOU**

**IP Cosmetics, Inc. Scenario**