Award Data

"This project will develop a Macrocognitive Assessment Battery (MAB) to enable the Army to determine the readiness of its small unit leaders to handle the challenges created by Objective Force Warrior (OFW). The reliance on information technology in OFWwill increase the cognitive demands on small unit leaders. Therefore, the Army will need tools for assessing the ability of its leaders to function ...

"PCI proposes into topic Area 2 to develop and demonstrate a JP-8 micro-reformer capable of delivering the hydrogen required for a 20 We Solid Oxide Fuel Cell (SOFC) from a catalytic reactor which is expected to be ~1 in3 (size of 2 standard AA batteries)and weighing

"The primary objective of this proposal is to identify critical data mining and analytical tools and emerging technologies and methodologies that can be used to improve the entire military medical logistics/supply chain management. In addition, as part ofthis research and analysis, Premise Development Corporation will demonstrate the feasibility of creating modern and user-friendly "dashboards" ...

"Minimally invasive surgical procedures, although highly beneficial to the patients, require a high level of technical skill, for example, ureteroscopic endoscopic surgical procedures involve inserting a rigid cystoscope into the urethra, introducing aguidewire to the ureteral orifice and switching to a flexible ureteroscope while viewing the procedure on a monitor. There is a growing demand for h ...

"SYTRONICS proposes to apply significant experience and familiarity with speech technology, wearable computer systems, and text-to-speech to the provide a hands-free, Speech-enabled COgnitive Performance Assessment and Recording System (SCOPARS). Thiscapability will provide an effective and intuitive means for the warfighter to assess cognitive performance and self-rated states (moods, symptoms, ...

"DOD seeks compact and lightweight portable fuel cell systems for communication, computation, and sensors, with a 20W power requirement. US Nanocorp proposes to demonstrate the feasibility of exploiting a member electrode assembly ("MEA") using low costpseudo-catalyst electrodes for portable proton exchange membrane fuel cells ("PEMFCs"). An MEA in a conventional PEMFC stack uses a Nafion proton ...