Award Data

In this Phase II project, we will build and demonstrate a Spiral-Line Vector Inversion Generator that can take electrostatically stored energy and convert it to high power, high frequency electromagnetic energy in essentially a one-component, one-stepprocess in a power range necessary for RF weapons. We will build upon the results from Phase I which provided a sound theoretical description of the ...

Information overload is a critical problem in both military and commercial decision-making processes. Sentar's Work-Centered Interface (WCI) provides a generic, highly usable solution to these problems by wedding intelligent multi-agent systems withuser-centered design. Based on Sentar's multi-agent KnoWebr architecture, the WCI integrates distributed information resources to provide situational ...

Simulation and test of SAR imaging modes for next-generation tactical missile MMW seekers and airborne RF sensor platforms will place extraordinary demands on currently available computing systems and RF scene simulation software. The computing problem isprimarily that of generating independent phase and frequency modulations representing a population of RF scattering center numbering in the rang ...

This primary Phase II product will be a system of specialized decoy materials and accompanying instructional literature for combat engineers, enabling them to construct multispectral decoys in the field. These materials will be used alone or in combinationwith common construction materials, native materials, or battlefield debris. This approach will allow users to build convincing multispectral de ...

The proposed program is designed to design, optimize and experimentally demonstrate the generation of efficient coherent tunable THz radiation both in the continuous and pulsed regimes using photonic band gap technology. The electromagnetic spectrum in theband between 100 GHz and 30 THz is the terahertz regime, which lies between the microwave and infrared spectral regions. In the past the Teraher ...

Phase I was a highly successful proof of concept that low power, pulsed ultra-wide band technology can effectively propagate in tunnels, through foliage, over distances up to 7 kilometers while maintaining a low probability of detection. This proof ofconcept was accomplished using TDC's first generation PulsON 100 chipset demonstration radio system. Recently, TDC's second generation chipset, the ...

The Photon-X intelligent video technology can be used to support many Navy missions, such as, processing of automated gage movement and structural conditions, tracking and identification of military personnel, automatic and networked record of personnelmovements on board ship, tracking and identification of other military assets, passive clandestine (undetectable by conventional sensors) communica ...

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