Dear Colleague,
In the asymmetrical realities of urban combat and mountainous terrain, as
well as in homeland defense areas of border patrol and maritime surveillance,
night vision systems have become crucial assets to maximize operational
advantage. As the US Military enters the seventh year of sustained combat in
OIF/OEF, the ability to conduct surveillance and operations under the cover of night
is of great concern to operators and commanders alike.
IDGA's 4th Annual Night Vision Systems will examine how the military, DHS, and
industry are evolving their technology requirements in this tough and dynamic
environment. It will bring attendees up to date on forward looking sensor technologies,
including a frank discussion on next generation low light level sensors and
imagers as potential successors to the image intensifier tube and the related
technological developments. Topics will include:
• New applications for Electro-Optic/Infrared Sensors
• Component Revolutions: Sensors, Displays, Processors, Optics
• System Capability Trade-Offs: Digital vs. Analog
• Networked Sensors Evolution and Current Status
• Maintaining and Utilizing Night Vision Systems in 24/7 High Intensity Operational
Environments
• Trade Controls: Policy & Procedure
IDGA’s 4th Annual Night Vision Systems will bring solution providers face to
face in one location with DoD & DHS program and procurement influencers to
discuss future night vision requirements and ways to get new systems and
technologies into the field quicker without compromising capability or
interoperability.
Join this discussion! Act now & reserve your place among the top night vision
experts at this critical event. Register today by calling 800-882-8684 or visiting
www.idga.org/us/nightvision.
I look forward to meeting you in July!
V/R,
Dr. Joseph Estrera
Senior VP and Chief Technology Officer
L-3 Electro-Optical Systems
2009 Night Vision Systems Conference Chair
8:00 am – 10:00 am 7:30 am Registration I2CMOS roadmap and options for customization!
Image Intensified (I2) CMOS cameras represent a low-risk technical
solution for digital night vision. I2 CMOS combines two proven and
reliable technologies into a single camera sensor using a common
aperture. This workshop provides system integrators with an
understanding of the technology, its usefulness in various night vision
applications and interface considerations.
What will be covered:
• I2CMOS Technology – principles of operation, how it is manufactured
and expected performance.
• I2CMOS Application – trades analysis and concept of operations.
• I2CMOS Integration – mechanical, electrical, communications, optical,
display, MMI and life-cycle management
• I2CMOS Maturation – plan for enhanced sensor performance and
added features.
How you will benefit:
• Interact directly with I2CMOS subject matter experts, gaining invaluable
insight into the technology, its operation, manufacture and performance
• Receive an analysis of other digital night vision camera technologies
and the strengths and weaknesses of each
• Gain a better understanding of the role I2CMOS can play in mounted,
dismounted, aerial and force protection/security operations
• Receive thorough training regarding the complete integration of
I2CMOS into a higher level assembly or system. Considerations for
integrators will include: mechanical, electrical, software,
communications, optical, display, man-machine interface and life cycle.
• Be presented with the I2CMOS roadmap and options for customization
– performance and form/fit/function
Session Leaders: Dr. Joseph Estrera, Senior VP and Chief Technology
Officer, and John Robinson Advanced Technologies Business
Development Manager, L-3 Electro-Optical Systems
A Primer on I2CMOS and its Applicability to System Integrators
10:15 am – 12:15 pm Understand NV component tech!
Modern combat operations necessitate the use of night vision technology
for increased operational effectiveness. Developing asymmetric threats
mandate rapid deployment and engagement in urban environments. As
survivability and lethality are becoming more important, warfighter use of
NVGs and other equipment in current areas of engagement is seeing
greater use.
What will be covered:
• Generational advancements in night vision technology
• Adaptable component systems for NV integration
• Design techniques to lessen equipment impact on the user
How you will benefit:
• Get the latest on night vision equipment technical specifications
• Find out how NVS are impacting combat operations
• Understand the use of night vision sensors in different operational
environments
Session Leader:
This session will be lead by a senior professional currently leading the
way in NV component technology. Please see www.IDGA.org for updated
list of presenters.
Field Use and Combat Deployment: Night Vision Technology
1:15 pm – 3:15 pm Survey new technologies and their applications for NV!
12:15 pm – 1:15 pm
Night Vision technology has changed very little over the past decade yet new
technologies are emerging that could have a positive impact on night vision.
The playing field has also changed so the standards and requirements of the
cold war no longer apply to today’s battlefield. This workshop will review
some of the new technologies in sensors, advanced imaging, and digital
processing and how they might be adopted for night vision applications.
What will be covered:
• Sensors: New sensor technology for low light applications in visible
and SWIR
• Advanced imaging techniques: fusion, motion detection, tracking,
mosaic, super resolution
• Infrastructure considerations for new technology
• Leveraging non-military, COTS technology to advance night vision
How you will benefit:
• Learn about state of the art technology from other industries and how
these technologies are currently being utilized
• See first hand the features and benefits and understand how they can
be utilized within their applications
• Survey cutting edge technology with a practical approach to its uses,
hands-on, and open discussion
Session Leader:
Ruben Uribe, President, Physimetrics
Emerging Technologies that could Improve Night Vision
Lunch will be served
Night Vision Technology Master Class Day
Monday, July 27, 2009
Register Today! www.idga.org/us/nightvision 3
3:30 pm – 5:30 pm Discover new NV tech integration!
As we know in the civilian world communications, imagery and the
internet are completely changing how people live their lives and
communicate with each other. Similarly the power of imagery combined
with other forms of intelligence will completely change the military
battlespace facilitating collaborative working, better utilize resources,
provide a more accurate picture of the battlespace, improve confidence
enabling quick decision-making and more rapid adaptations in mission
planning and of course save lives through improved information sharing.
However unlike in the commercial world where these services have been
delivered through fixed infrastructure, in the dynamically changing
battlespace we do not have the benefit of fixed infrastructure offering
megabyte data rates to every solider. Instead we have to rely heavily on
radio communications that offer the flexibility of being able to easily
adapt in the battle but unfortunately offer a fraction of the data rates
available in the civilian world.
What will be covered:
• Thales’ experiences from recent programs
• New technologies and systems that have been developed and are being
developed
• Enabling users in the tactical battlespace to tap into the network and
realize its benefits
How you will benefit:
• Learn how imagery intelligence dissemination will change the tactical
battlespace
• Find out how the latest technologies can be leveraged
• Understand some of the challenges faced
Session Leader:
David Hooper, System Engineer, Thales
Imagery Intelligence Dissemination in the Tactical Battlespace
Night Vision Technology Master Class Day
Main Conference Days
Tuesday, July 28, 2009 Wednesday, July 29, 2009
4 Register Today! www.idga.org/us/nightvision Opening
Keynote
Homeland
Security Uses
Trade Control
Update
Future NV
Application
New Sensor NV Training
Tech
7:15 Registration & Coffee
8:00 Welcome and Chairperson’s Opening Remarks
Joseph Estrera, Senior VP and Chief Technology Officer, L-3 Electro-
Optical Systems
8:15 Advanced Technology for Night Vision
• Recent developments in night vision technology at NVESD
• New applications for electro-optic/infrared sensors
• Future technical directions
Dr. Donald A. Reago, Jr, Principal Deputy for Technology & Countermine,
Night Vision & Electronic Sensors Directorate
8:55 Optics and Electro-optics at the Navy Research
Laboratory and Imaging in the Navy
• Electro-optics research at NRL
• Military imaging in the Navy
Dr. Ronald Driggers, Superintendent, Optical Sciences Division, Naval
Research Laboratory
9:35 Networking Break
10:20 Networked Sensor Systems to Enable Mission Effectiveness
• Networked sensors evolution and current status
• Implementation of networked sensors from requirements to functionality
• Sensors within LANDWARNET context and future vision
Colonel Linda R. Herbert, US Army Project Manager, Night
Vision/Reconnaissance, Surveillance and Target Acquisition (PM NV/RSTA)
11:00 Looking at the Sun with Night Vision Goggles: Lessons in
Robust Night Vision System Designs for U.S. Warfighter
• Damage of image intensified night vision devices under extreme high light
conditions such as exposure to Solar radiation
• Field damage of high magnification night vision I2 systems to exposure to
solar radiation because of 24/7 use of night vision equipment in high
intensity operational environments
• Failure analysis and corrective action by Night Vision system manufacturer
to maintain and utilize these night vision systems in 24/7 high intensity
operational environments even under direct exposure to solar radiation
Joseph Estrera, Senior VP and Chief Technology Officer, L-3 Electro-
Optical Systems
11:40 Lunch
1:00 Human Elements in Night Vision Operations and Training
• External and internal aircraft lighting
• NVG “Simulation” versus “Stimulation” for training applications
• NVG training devices at the Warfighter Readiness Research Division
Colonel Daniel R. Walker, USAF, Chief, Warfighter Readiness Research
Division and Commander, Mesa Research Site
1:40 Video Standards to Mitigate Night Vision Evolution
• Migrating from analog to digital – considerations: resolution, speed, data
capacity, processing
• Leveraging technologies from industrial machine vision, medical imaging
and video-broadcast industry
• Potential collaboration to create unified standards
Ruben Uribe, President, Physimetrics Inc.
2:20 Image Intensifier Based Sensor Technology for Digital
Soldier Systems
• Sensor technology needs for digital soldier systems
• Architectures for low light sensors
• Results from ITT’s latest image intensifier based digital sensor technology
Rudy Benz, Director of Sensor Development, ITT
2:40 Networking Break
3:10 Alternative Night/Day Imaging Technologies
• All-source image fusion
• Component revolutions: sensors, displays, processors, optics
• System capability trade-offs: digital vs. analog
Dr. Darrel Hopper, Principal Electronics Engineer, Air Force Research Laboratory
3:50 Ultra Vision: Seeing the Unseen
• Night vision today
• What Marines need to see
• "Vision" for the future
George Gibbs, Infantry Weapons Technologist, Marine Corps Systems
Command
4:30 End of Day One
7:15 Registration & Coffee
8:00 Welcome and Chairperson’s Opening Remarks
Dr. Joseph Estrera, Senior VP and Chief Technology Officer, L-3 Electro-
Optical Systems
8:15 Transforming Soldier Equipment to Extend Operational
Endurance
• Maximizing warfighter effectiveness through integrated design
• Minimizing the impact of NV equipment
• Materials solutions for the future
Dr. John Parmentola, SES, Director, Research and Laboratory
Management, Office of the Assistant Secretary of the US Army
(Acquisition Technology Logistics)
8:55 Night Vision Advancements for Homeland Security
• Usage by US Border Patrol
• Current status and future requirements
Steve Evans, Division Chief for Enforcement Information Technology, US
Border Patrol
9:35 Networking Break
10:20 Hand-Held Night Vision Systems
• Balancing range performance with size, weight and power budgets
• Added functionality – modularity vs. full integration
• Future of hand-held target localization
Ian Clark, Director, Thales
11:00 Controls & Regulations for the Export of Night Vision Devices
• Department of State policies & procedures
• Methods to avoid damaging fines
Ruth Jackson, Division Chief, Military Vehicle and Naval Vessel Division,
Directorate of Defense Trade Controls, US Department of State
11:40 Nitride Based Image Intensifiers
• Nitride semiconductor based detectors are of potential interest because of the
range of photon energies that can be detected by the AlGaInN alloy system.
These energies span the sapphire cutoff in the UV to the near IR with InN
• Nitride based image intensifiers have an additional advantage in being
detectors with gain
• Image intensifiers were fabricated with nitride based III-V photocathode
grown directly on sapphire. Recent results will be presented from single
MCP image intensifiers
Dr. John Glesener, Senior Scientist
Dr. Joseph Estrera, Senior VP and Chief Technology Officer L-3, Electro-
Optical Systems
12:20 Lunch
1:20 Pushing the State of the Art in Infrared Imaging
• Programs covered include Dual Mode Rifle Sight Sensor, Passive Imaging
through brownout, Infrared radar, Single chip two color and 3D FPA
• Low dark current SWIR, Sensor fusion, Adaptable hyperspectral imaging
Dr. Stuart Horn, Program Manager, Microsystems Technology Office, DARPA
2:00 Lasers in the U.S Navy
• Naval & Marine Corps aviation crew served weapons lasers
• Other lasers in use in the U.S. Navy
• Current issues, needs, & possible future laser developments
Charles Greer, Engineer, Naval Surface Warfare Center Crane Electro-Optic
Technology Division
2:40 Networking Break
3:10 USMC Optics & Night Vision Capabilities Development
• Current USMC infantry night vision capabilities and near-term requirements
• Development of the Family of Individual Optics
• Advanced concept evaluation and technology development efforts
Ryan Kresse, Research and Development Engineer, PM Optics and Non-
Lethal Systems, Marine Corps Systems Command
3:50 Operational Contact Lens Systems
• Converting contact lenses to free-standing information display systems
• Using contact lenses for rapid/continuous vital marker monitoring
• Core technologies needed to build operational contact lens systems
Professor Babak A. Parviz, Department of Electrical Engineering,
University of Washington
4:30 End of Main Conference less
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