Award Data

Next-generation high-performance computing (HPC) hardware, such as the Intel Xeon Phi Knights Landing Many-Integrated-Core processor, provide new deep memory architectures that offer the promise of increased performance. The challenge in taking full advantage of this architecture is selecting which data structures will be placed in the high-bandwidth memory. Optimizing data structure placement in ...

While this solicitation described the need for better sampling methods and rugged mass spectrometers, the topic author funded our alternative approach, which employs existing DoD Raman spectrometers. The Phase III project goal is to develop a Field-Usable Designer Drug Analyzer capable of identifying and quantifying drugs in saliva and blood at 10 ng/mL in 10 minutes. Feasibility was demonstrated ...

Shelter enclosures for military working dogs in the event of a CB attack is a technology gap identified by the Joint Requirements Office. Important parameters to consider in the design of protective enclosures include low weight and size to minimize transport requirements; rapid setup; and accommodation of canine physiological and psychological comfort needs while providing protection against CB ...

This Phase II program achieves high accuracy internal grinding of small precision components using an ultra-high accuracy and ultra-high speed hydrostatic spindle with high frequency axial oscillations of the rotating shaft. This is especially valuable when high volume production is combined with high accuracy requirements and when difficult to grind materials are used. This approach is the only w ...

Materials Innovation Technologies LLC is developing a method for making polymer matrix composites fiber preforms that has the potential to revolutionize the industry. The Three Dimensional Engineered Preform (3-DEP) process represents the state-of-the art in chopped fiber preform manufacture. 3-DEP produces a homogeneous fiber distribution within parts and consistent part weight and dimensions f ...

The overall goal of this proposed program (through Phase III) is to build a hand-held Raman analyzer that can perform non-contact identification and hazard classification of chemicals in the field. This will be accomplished by building an exceptionally small interferometer, and producing a field-worthy, hand-held Raman analyzer that is less than 6x6x4” and 8 lbs. The Phase I program demonstrat ...

Weidlinger Associates Inc. proposes to develop effective technology for simulating explosive detonations within civil buildings where the propagation of airblast and failure of weak internal walls are strongly coupled. We will conduct a field test program designed to complement other internal detonation testing efforts such as DTRA''s Distinct Cobra, expanding the available database. We will perfo ...

In Phase I of this effort we analyzed the structural response of a BLU 109 during typical penetration events. Based on these finite element results, we proposed and demsonstrated a simple robust concept for a passive penetrator sensor that identifies the material being penetrated and also correlates strongly with its underground trajectory. Such a sensor would obviously provide valuable informatio ...

DNA microarray technology, in combination with statistical and predictive modeling tools, could be used to evaluate thousands of genes against distinct gene expression patterns induced by chemical/biological agents to provide early identification and speed therapeutic intervention. The overall objective of this Phase II effort is to leverage existing public domain resources and commercial tools t ...

The objective of the proposed program is to develop a portable, low-cost, label-free (reagentless), microarray system capable of near real-time simultaneous detection and identification of multiple analytes (bacteria, viruses, spores, toxins) with high sensitivity and low false alarm rate. Notably, the system will be capable of detection/identification of agents on the basis of protein and/or nuc ...