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NEW    –    International Wireless Industry Consortium
Interactive Technical Workshop

 

Limited to 100 seats
First Registered, First Served

 



Table of Contents

 

Agenda

 

How to Register

 

Deadline for Presentation Materials

 

Costs/Registration Fee for Members

 

Hotel Information

 

Dress Code

 

Handout Material Options for Members

 

 

Millimeterwave Sensor Solutions for
Government Security Applications

Law Enforcement, Homeland Defense, Airport and Transportation Security,
Border Monitoring and Perimeter Detection

Hosted By:

 

           

    

Government Panel:

US National Institute of Justice 
US Department of Homeland Security
Transportation Security Administration

Department of Defense

Federal Bureau of Prisons
UK Home Office

Transport Canada

Commissariat à l'énergie atomique (CEA)

 

Hilton Washington Dulles Airport
13869 Park Center Road
Herndon, VA  20171
Phone: 703-478-2900
Fax: 703-478-9286

 

February 19-21, 2007

 

 

Organized byInternational Wireless Industry Consortium

 

Click HERE to Register

 

Moderated by:
Don Brown, Director, IWPC
Rene Douville, Technical Director, IWPC

 

Workshop Background:

This IWPC workshop is a follow up to one held in September 2006 where the requirements of several government departments for security sensors were presented.  

 

Since 9/11, governments worldwide are wrestling with how to contain terrorist and criminal activities before they occur.  There is an increased need for a heightened level of security at airports, marine terminals, building portals, border crossings, public venues and buildings, prisons and in law enforcement.  Several US, Canadian, UK, France and other government departments are involved and have a role including:

  • National Institute of Justice

  • Department of Homeland Security

  • Transportation Safety Association

  • Department of Defense

  • Federal Bureau of Prisons

  • UK Home Office

  • CEA France

  • Transport Canada

  • Canadian Airport Transportation Security Authority

Examples of sensors applications which are required include:

  • Weapons and Explosives detection, portal and "at-a-distance"

  • Illegal substances detection

  • Contraband detection

  • Detection of illegal immigrants

  • Perimeter and building access violations

The use of the millimeterwave bands( 20-150 GHz) for direct and remote sensing has in the last few years blossomed as support technologies have enabled cost effective and reliable sensor equipments. The inherent resolution of millimeterwaves and their ability to either penetrate or reflect off of various materials, makes these frequencies well suited to many critical sensing applications. 

 

Millimeterwave  sensors have shown great promise for non invasive and safe detection of potential weapons & substances.  Alternative sensor systems such as X Ray scanners, laser radars, olfactory sensors, spectrometers et al all have potential human safety and/or countermeasure limitations.

 

Workshop Goal:

This workshop will provide an opportunity for the equipment providers to present their solutions to the requirements which several government departments presented at the September 2006 workshop. 

 

Is to bring together the entire millimeterwave sensor supply and demand chain, to obtain a better understanding and an overview of the needs of the various government groups for sensors for security applications and what solutions exist to address them.

 

The intention is that the various government departments better appreciate the types of solutions available and proposed to meet their needs and expectations and engage in a dialogue to better understand which of these may be best suited to millimeterwave technology approaches.

 

February 19, 2007

7:00-9:00 PM

Social Reception and Registration

At Hotel

February 20, 2007

7:00 AM

Registration and Breakfast

 

8:00 AM

Opening Remarks

IWPC

8:20 AM

Self Introductions

Each person is asked to introduce him/herself and help us understand what they wish to learn and contribute to this event.

9:00 AM

PANEL

GOVERNMENT REPRESENTATIVES

 

The panel will review, recap and update government requirements as raised and addressed at the September Workshop and evolved since then.

  • Concealed Weapons Detection

  • Explosives Detection

  • Illegal substances detection

  • Contraband detection

  • Perimeter and Border Monitoring

  • Detection of illegal aliens

  • Perimeter violations

Systems types to be addressed include:

  • Portal Security Systems: airports and mass transit

  • Stand-off Detection Systems

  • Drive through systems

  • Border radars

Topics to be addressed will include e.g.

  • Privacy issues

  • Operational constraints and expectations

  • Integration and use of sensor information

 

 

 

Government Participants and Representatives

 

 

 

USA

  • National Institute of Justice

  • Department of Homeland Security

  • Transportation Safety Administration

  • Department of Defense

  • Federal Bureau of Prisons

Canada

  • Transport Canada

  • Canadian Air Transport Security Authority
    (CATSA) 

European

  • UK Home Office

  • UK Department of Transport- Transec

  • Commissariat à l'énergie atomique (CEA)

10:30 AM

NETWORKING BREAK

 

11:00 AM

CO-HOST SYSTEM SUPPLIER PRESENTATIONS

Portal Systems 

  • What are the main advantages and disadvantages of portal systems?

  • Where are they best applied?

  • What kinds of technology developments are needed for cost reduction or performance improvement?

  • Are there any interference issues with other electronic systems?

  • Are materials databases sufficiently developed?

  • What kinds of sensors are being used and how many per installation?

  • What are the relative costs and cost drivers for such systems?

  • What can be done to avoid the privacy issue?

  • How do these systems compare or complement X-Ray systems?

  • What is a recommended phase-in approach?

 

 

 

L-3 SafeView – Improves Checkpoint Security

Dean Devlin

Senior Vice President, Public Sector Sales

L3-SafeView

 

A Radiation Free, Passenger Friendly Solution to Aviation Security using Passive Thermal Imaging with Millimeter Waves

Robert Bible

Director of Product Development

Sago, A Subsidiary of Trex Enterprises

 

Automated Multi-threat Detection for Enhanced People Screening

Rory Doyle

Product Manager for Mmwave Imagers

Smiths Detection

12:30 PM

NETWORKING LUNCH

 

1:30 PM

CO-HOST SYSTEM SUPPLIER PRESENTATIONS

Standoff Detection Systems 

  • What are the main advantages and disadvantages of standoff systems?

  • What kinds of systems are there and how do they compare?

  • Where are they best applied?

  • What effective standoff distances can be achieved practically?

  • Are there any interference issues with other electronic systems?

  • What kinds of technology developments are needed for cost reduction or performance improvement?

  • Are materials databases sufficiently developed?

  • What kinds of sensors are being used and how many per installation?

  • What are the relative costs and cost drivers for such systems?

  • What can be done to avoid the privacy issue?

 

 

 

 

SubmmW Imaging for Concealed Weapons Detection

Michael Jack

Technical Lead Passive Sensors

Raytheon

 

How intelligent is your passive millimeter wave Standoff Detection Systems?

Gary Tryon

WDS Solutions Executive

Brijot Imaging Systems

 

Stand Off  MM-Wave Detection

Kevin Murphy

Product Manager Security

QinetiQ

 

3:00 PM

NETWORKING BREAK

 

3:30 PM

CO-HOST SYSTEM SUPPLIER PRESENTATIONS

Perimeter and Border Monitoring Systems 

  • What kinds of systems are there and how do they compare?

  • What kinds of targets can be detected and at what distances?

  • Where are they best applied?

  • How do such systems complement or add to other systems such as IR detectors, embedded fiber or video monitors?

  • Are there any interference issues with other electronic systems?

  • What are the relative costs and cost drivers for such systems?

  • What kinds of technology developments are needed for cost reduction or performance improvement?

  • What kinds of sensors are being used and how many per installation?

 

 

 

 

Millimeter Wave Radar for Wide Area Surveillance

Pierre Poitevin

Vice President, Engineering

ICx/Sensor Technologies and Systems

 

New Development in Millimeterwave Packaging Bring Down the Cost of Ground Based Perimeter Surveillance Radar

André Gagnon

President

K&G Spectrum

 

4:30 PM

CO-HOST SYSTEM SUPPLIER PRESENTATIONS

System Integration

  • What kinds of systems are there and how do they compare?

  • How do such systems complement or add to other systems such as IR detectors, X-Rays, etc.?

  • What can the equipment providers offer to help the user decision process?

  • Are there any interference issues with other electronic systems?

  • What are the relative costs and cost drivers for such systems?

  • What can be done to avoid the privacy issue?

  • What kinds of technology developments are needed for cost reduction or performance improvement?

  • Are materials databases sufficiently developed?

  • What kinds of sensors are being used and how many per installation?

 

 

 

 

 

Delivering Layered Solutions Through Systems Integration

Andy Kendall

BAE Systems-Insyte

 

Title TBC

Tom Studevant

Vice President

Jeff Wiebell

Senior Vice-President

Goverment Security Solutions

DefenderTech

 

 

5:30 PM

ADJOURN FOR THE DAY

 

7:00 PM

Dinner

 

Capital Style

 

 

Bus transportation provided to/from Hotel/Restaurant

     

February 21, 2007

7:00 AM

Registration and Breakfast

 

8:00 PM

Panel

CO-HOST SYSTEM SUPPLIERS

 

 

  • BAE Systems-Insyte

  • Brijot Imaging Systems

  • GE Security

  • ICx/Sensor Technologies and Systems

  • K&G Spectrum

  • L3 Communications/SafeView

  • Millivision Technologies

  • QinetiQ

  • Raytheon Systems

  • Sago/Trex

  • Smiths Detection

9:30 AM

SUBSYSTEM SENSOR and MODULE ASSEMBLY SUPPLIERS

  • What kinds of sensor subsystems are needed and make sense?

  • What does a sensor module include? 

  • What sensor performance is possible?

  • What are the tradeoffs between semiconductor level modularization vs. package level modularization?

  • What are the major challenges to cost reductions and performance improvement?

  • What volumes are needed to allow volume production techniques to be applied?

  • How does the sensor supply chain operate and what are the critical technologies needing improvement?  Semiconductors? Antennas? Shielding? etc.

 

 

Low Cost Microwave Techniques for RF Imaging Systems

Bryan Rickett

Principal Skill Group Manager

Radar Systems

Roke Manor Research Ltd.

 

RoadEye's 77 GHz RADAR-A New Dimension in Peripheral Surveillance

Amir Shmuel

Chief Engineer

Roadeye, Division of Groeneveld

10:00 AM

NETWORKING BREAK

 

10:30 AM

SUBSYSTEM SENSOR and MODULE ASSEMBLY SUPPLIERS

(CONT'D)

 

 

Success Stories in mm-wave Sensor Manufacturing – Onshore and Offshore

Neal Austin

Senior Business Manager

Endwave Corporation

 

People Screening Sensors Using Millimeter Waves

Dr. Rob Howald

VP, Engineering

Xytrans Inc.

 

11:30 AM

SPECIAL PRESENTATION-- EU PERSPECTIVES

 

Application of active mmW imaging in airport security checkpoints - EU viewpoints

Jaap de Ruiter

Research Scientist, Program Manager

TNO Defence Security and Safety

Detection of explosives

TNO

 

12:00 PM

NETWORKING LUNCH

 

1:00 PM

KEY ENABLING TECHNOLOGY SUPPLIERS 

  • Diodes vs. 3- Port Devices

  • What are the semiconductor options for millimeterwave applications? Low-noise and High-power 

  • Discrete device vs. integrated solutions.

  • Are there market commonalities with other market sectors which can bring the device costs down (e.g. auto radar)?

  • Millimeterwave device packaging

  • Signal Processing Algorithms

 

 

Two- terminal Devices for mm wave applications

Dr. T. B. Ramachandran

President

Microwave Device Technology Corp

 

0.5 K Chipset for Commercial Millimeter Wave Imaging Cameras

Brian Hughes

Business Development Manager

HRL

 

Silicon Millimeter-Wave Technology for Imaging, Radar, and Wireless Communications Applications

Dr. Brian Floyd

Research Staff Member

RF Integrated Circuit Design

IBM Research

 

Millimeterwave MMICs for   Security Sensors

Gerard DeLaval

Deputy Director/Marketing & Sales

Business Development Manager Automotive

United Monolithic Semiconductor

 

Remote Tunable Sensors from X-Band to Millimeterwaves

Timothy Childs

President

TLC Precision Wafer Technology Inc.

 

3:05 PM

NETWORKING BREAK

 

3:30 PM

Wrap-Up Panel

Government Representatives 

  • Did the workshop meet your expectations?

  • What is further needed by the industry to meet these needs?

  • What can the IWPC do to assist in moving this process forward?

 

 

4:30 PM

Take Aways and Closing Remarks

 

5:30 PM

Adjourn

 

7:00 PM

Social Dinner

 

Good food, good friends, good wine and really bad jokes.

 

 

Social Dinner is NOT included in registration fee.

 

DEADLINE FOR HANDOUT MATERIALS:

Deadline for electronic version of handout materials: February 9, 2007

 

COSTS/REGISTRATION FEE:

ALL Hosts, Speakers, Panel Members and Attendees will be asked to cover workshop costs such as conference room costs, food (Social Reception plus breakfast/lunch plus breaks), booklet copying, audio/visual costs, etc.

 

These costs will be $797.00 (USD) per person. (IWPC Members only.)

 

ALL Hosts, Speakers, Panel Members and Attendees will be asked to pay this fee in advance with either Visa, Mastercard, American Express, cash, personal check or business check.

 

Make checks payable to IWPC.

 

HOTEL:

Hilton Washington Dulles Airport
13869 Park Center Road
Herndon, VA  20171
Phone: 703-478-2900
Fax: 703-478-9286

 

Please contact the hotel directly for reservations. Mention the IWPC room block rate of $189.00 USD.  If making reservations on-line please use "IWP" as the group code.

 

Cut-off date for reservations is February 5, 2007.  After that date rooms cannot be guaranteed at the IWPC rate.

 

AUDIO VISUAL:

A Computer Projector will be available for the speakers.

In addition, we audiotape all presentations and the interactive discussions. Post workshop, presentations are made available to IWPC Members on the IWPC WEB site, along with “movies” of all presentations and panel sessions.

 

BUSINESS CARDS:

Business cards will be collected at the door from all attendees. We will make copies of these cards, which will be available to all who provided a business card.

 

DRESS:

Business casual suggested. No ties, please !!

 

HANDOUT MATERIALS:

IWPC prepares a handout binder with ALL presentation materials delivered to the IWPC on or before the deadline.

 

For ALL IWPC members:

All IWPC members are invited to submit a maximum of 4 pages of materials to include in this handout binder. These pages should NOT BE SALES MATERIALS. Rather, we suggest it contain technical information about your technology as it relates to the workshop topics.

For all companies who will be making a presentation at the Workshop:

You are asked to submit an advance copy of your presentation, complete with graphics and illustrations.

These materials will be copied and handed out at the workshop and included in the IWPC Web site.

Please submit these materials either by email, as a Word for Windows file, Power Point files or PDF files.

 

Please send electronic materials (any size file) to:

 

sent any size email attachment to: 
[email protected]

 

or use one of these FREE FTP Sites
IF your email system cannot send large files: 
www.SendThisFile.com

www.DropLoad.com

www.avvenu.com

 

and email to [email protected]

 

or by snail mail to:

IWPC

600 Louis Drive, Suite 104

Warminster, PA 18974    USA

 

Click HERE to Register