Award Data

ABSTRACT: BTE proposes a multi-component architecture composed of structural composites and thin layers of optimal shielding materials. The structure will provide a 65 to 75% weight reduction over an aluminum or steel enclosure while providing the same structural rigidity and comparable EMI/EMP isolation. The enclosure uses proven technologies, and uses inexpensive stock materials. The enclosur ...

ABSTRACT: The feasibility of developing a prototype traveling-wave scanning system based on non-metallic, broadband, optical-fiber-coupled microwave-field sensors that can be used for the test and evaluation of coatings applied to the surface of aircraft without damaging the coating layers is investigated. The concepts to be employed in performing the measurement of microwave surface waves will b ...

ABSTRACT: We propose a novel multi-frame image processing approach which employs High-Dynamic-Range (HDR) imaging in combination with model-based lens-flare estimation as a means of mitigating focal plane saturation and lens flare when extremely bright sources are present in MWIR imagery. Collecting multiple image frames with varying optical flux densities provides information over a diverse set ...

ABSTRACT: Sensor saturation and the resultant loss of information is a problem that plagues both infrared and electro-optical sensors. Saturation often leads to blooming or dilation of the saturated region, destroying data in surrounding regions. A means for enhancing imagery through post processing to minimize the effects of blooming and maximize the value of remaining image content is proposed. ...

ABSTRACT: Wide field of view (WFOV) video capability on unmanned aerial systems (UAS) has outpaced data transmission capability. Identifying regions of interest (often performed though object recognition) enables selective video compression and maximizes the useful content in data transmission. Neuromorphic classifiers currently hold the records for greatest accuracy of object recognition and spe ...

ABSTRACT: Flow Modeling and Simulation, LLC (FMS), proposes to develop a computational software tool, herein designated AUG3D, that is intended to provide physics-based, multi-level, validated computational simulations of turbine engine component flow fields, particularly those associated with thrust augmentors, i.e., afterburners. This tool will be ideally suited for closely integrating physica ...

Over the last decade, it has been noted that offshore wind energy resource development could prove extensively valuable in many areas of our nation’s growth, including continued diversification of our energy supply, more options for cost-competitive electricity in coastal and Great Lakes regions, and economical stimulation through new and lasting infrastructure development. The challenges associ ...

ABSTRACT: Inefficient handoffs and limited fault evaluation prevent the Air Force from achieving high daily rates of touch-labor maintenance and rapid return-to-service. We propose to research the best concepts in the commercial and military arenas to enhance existing aircraft maintenance capabilities, and develop the concept demonstration for an Automated Aircraft Maintenance Prediction System ...

The Mackinac Technology Company is proposing to develop a novel antireflection film that will virtually eliminate the reflection of interior lighting on transit bus windshields and significantly improve driver visibility and passenger/pedestrian safety. Additives are incorporated into windshield glass to reduce solar glare during daylight hours. These additives have the unfortunate effect of in ...

The increasing power, energy, and maturity of DE weapons systems has created an acute need for better measurement capabilities.  Systems designed to melt or disrupt electronics cannot be measured by many conventional methods, as they will destroy the diagnostic equipment along with their target.  To this end, Cybernet proposes the development of disposable HEL and HPM sensors which can provide a ...