Award Data

Although imaging in the 8-12 micron spectral region has widespread uses, high background radiation result sin low contrast, and charge storage in SiO2 capacitors limits the signal-to-noise and the upper limit of the dynamic range. A major opportunity exists to increase the performance of IR focal plan arrays (IRFPAs) using high dielectric constant BaSrTiO3 (BST) films to increase charge storage at ...

Sensors and control electronics based on SiC offer an opportunity to realize systems with operating temperatures approaching 500 degrees C. The unique high temperature properties and chemical robustness of SiC make it an ideal choice for applications where generic components and sensors need to function under widely varying environmental conditions The wide range of environments in which military ...

Infrared Solutions, Inc. (ISI), with assistance from its subcontractor, the Honeywell Technology Center (HTC), proposes a Phase I contract to design an uncooled bolometer staring infrared array and camera suitable for use in a home security system. The array will be a low-cost, reduced-complexity version of Honeywell's well-known silicon microbolometer array which was developed under the HIDAD pr ...

We proposed to integrate second generation infrared thermography, real time image analysis and patient information stored in a medical database into the risk assessment for breast cancer patients, detection and diagnosis of breast cancer and prognostic determination for breast cancer patients. Previous attempts to use first generation thermographic instruments showed that the results were applica ...

An important facet to a soldier's survivability depends on the clothing worn during combat and training exercises. Common fibers used in the textile industry, particularly nylons and polyesters, are flammable, produce toxic smoke and are potentially hazardous when worn soldiers. Flame retardant materials applied directly to these fibers may adversely alter the properties of the fabric and/or deg ...

This proposal advocates the development of perception-based image rendering techniques for virtual reality and simulation applications. These techniques will enable the Army to better understand and evaluate the operational capabilities of vision based task performance. The proposed development effort has focuses on the development and evaluation of image rendering algorithms as the primary Phas ...

Vaccines have significantly improved the health of animals and humans during the past century. However, there are still problems associated with cost, distribution and safety in administration of the vaccines, e.g., needle-stick injuries. Anthrax caused by Bacillus anthracis is a world-wide problem affecting both animals and humans. Although current anthrax vaccines for humans and animals have ...

There are many cases where detection of the presence of a DNA or RNA sequence in a sample can rapidly and unambiguously identify bacterial and viral bioagents of concern or be used in the diagnosis of both inherited and infectious diseases. Traditional DNA/RNA analysis methods are not applicable for field-use or a routine environment because they require complex procedures, large instruments, and ...

The primary objective of the proposed project is to determine the feasibility of an innovative intelligent symbology management system for use with helmet mounted display (HMD) systems on military aircraft. Current thumb-control moding approaches to HMD symbology selection result in high manual, perceptual, and cognitive workload for the Army pilot. We propose to: (a) determine the specific elem ...

The Proposed program will implement a consistent, user-friendly, Microsoft Windows based framework for the EOSAEL. We will provide ARL/BED with user-friendly model integration through a knowledge based interface, electronic and "conventional" documentation, customer training (formal, informal), customer support, and EOSAEL "marketing". Customer support will include manuals - electronic and print ...