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Despite their high prevalence and serious affliction, nightmare disorder lacks recognition, and this continues to be a problem. Patients under-report nightmares to their physicians and it remains underdiagnosed. In one study, 31.2% of active-duty members that presented at a military sleep clinic had at least weekly nightmares with sleep disturbances, but only 3.9% complained about nightmares at th ...

With adversaries continuing to advance ballistic missile technologies, the next generation of missile interceptors must increase their capabilities to provide an effective defense. IN Space proposes the development of a digital solid propellant thruster array based on a high strength, high performance composite solid propellant with an unmatched burning rate in order to achieve a responsive, high ...

Senseeker Engineering will develop a high dynamic range (HDR) large format digital readout integrated circuit (DROIC) that significantly improves the detection and tracking of distant dim targets and small fast-moving targets. Senseeker’s proposed solution for wide field of view MWIR sensors is based upon an innovative dual-gain pixel concept that is optimized for HDR search and track by providi ...

Systems & Processes Engineering Corporation (SPEC) proposes to develop an advanced digital Radio Frequency Memory (DRFM) tht incorporates digital frequency modulation capabilities designed to defeat modern threat systems. The Advanced DRFM will provide an accurate representation of platform signture characteristics such as target range extent, Doppler shifts, phase and amplitude shifts, and polar ...

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There is a clear and pressing need to integrate advanced digital technologies for repair and sustainment of aero-engine components.  Commercially available (MRL 10) structured-light scanning nearly meets the challenge by easily achieving metrology-grade measurements (3 microns) for almost the whole part, failing to meet the accuracy for sharp edges.  Sharp edges are high-damage features and the ...

LASER HOLOGRAPHIC INTERFEROMETRY HAS BECOME AN IMPORTANT TOOL FOR AERODYNAMIC RESEARCH BECAUSE INTERFEROGRAMS PROVIDE QUANTITATIVE MEASUREMENTS OF THE FLOWFIELD SURROUNDING WIND TUNNEL MODELS. HOWEVER, UNTIL RECENTLY, ROUTINE USE OF HOLOGRAPHIC INTERFEROMETRY HAS BEEN IMPRACTICAL BECAUSE ANALYZING FRINGE DATA IS AN EXTREMELY LABORIOUS PROCESS. KMS IS NOW DEVELOPING A MODULAR FRINGE ANALYSIS SYSTEM ...

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