Abstract:It is recognized that Holographic Waveguide Technology represents a revolutionary step for Helmet Mounted Displays and Head Up Displays for military applications. The goals of compact, low mass, low cost, high performance optics have not been achievable with conventional optics. Holographic… more
Abstract:The ideal head-mounted display (HMD) would be one that preserves situational awareness by offering a panoramic view of the surroundings with high see-through and provides high-resolution, wide-field-of-view color imagery. For soldier applications, such a system should also be unobtrusive; that is,… more
Abstract:Future Skies, Inc. will provide CERDEC C2D with an architecture that integrates DOD systems with other biometric provider agencies. We will successfully demonstrate the compression, transmission and decompression of biometric data from strategic databases (ABIS and BAT) to LTI collection devices… more
Abstract:The objective of the proposed work is to develop a rapid connect durable technological improvement for Radome interfaces of panel to panel attachments and Radome support structure attachments. The ITI Team proposes to eliminate metallic fasteners currently used in panel to panel connections with a… more
Abstract:Computational fluid dynamics (CFD) simulations are routinely used while designing, analyzing, and optimizing air- and spacecraft. An important component of CFD simulations is mesh generation, or discretization into polygonal or polyhedral cells, of the domain being analyzed. The overall… more
Abstract:Intrinsix proposes a modular Read Out Integrated Circuit (ROIC) based on a uniquely architected overlapping serpentine read path that enables the use of high dynamic range sigma-delta modulator based analog-to-digital converters (ADC) for imaging applications. We have coined the project as… more
Abstract:Modern space tracking and surveillance systems are being required to provide ever-increasing sensor resolution and real-time processing of image data. Existing rad-hard stream computing solutions are large, heavy, and require excessive power, and still do not meet the real-time computing throughput… more
Abstract:The DoD has identified a series of potential problems created by the capability limits of present ignition technology. These limits are most pronounced at high altitude where low pressure and vitiated air with low oxygen produce an ignition limited condition. Kinetic Spark Ignition is a… more
Abstract:This proposal uses commercially available products in a new and unique way to deliver multiple laser beams to the target simultaneously in order to increase processing efficiency. We will demonstrate the idea using mostly low power lasers available to us, but it can be scaled up using larger lasers… more
Abstract:This SBIR Phase I project will address the technological risks in bringing silicon-based nanostructured thermoelectric materials from a proven laboratory concept to a scalable prototype device. Thermoelectric materials offer great promise for energy efficiency through waste heat recovery in… more
Abstract:This SBIR Phase I project will address the technological risks in bringing silicon-based nanostructured thermoelectric materials from a proven laboratory concept to a scalable prototype device. Thermoelectric materials offer great promise in development of self-powered equipment for military use.… more
Abstract:Over 60% of the $10 trillion in energy produced globally every year is wasted, mostly in the form of heat from power plants, industry, and transportation. Capturing this lost energy has the potential to generate 2.3 Quads per year of electricity in the US alone, 17% of US electric generation.… more
Abstract:This project will develop the iPrompt software, for use with iphones and ipdads. Teachers will employ the tool with flexible and unobtrusive strategies to support students with Autism Spectrum Disorder (ASD). The main features of the iprompt are the… more
Abstract:Recent developments in holographic optics make it possible to replace current optical systems with light weight, see-through optics. The research proposed by Vuzix will determine the feasibility of a holographic waveguide visor display (HWVD). Vuzix will pursue an approach using newly refined… more
Abstract:This Small Business Innovation Research (SBIR) Phase I project provides a universal capping technology for microelectromechanical systems (MEMS) and other microdevices. The technology will allow for thousands of moving MEMS devices to get protected from the environment in an inert gas or vacuum. The… more
Abstract:Akervall Technologies Inc. is developing a novel approach to energy-absorbing and energy-dissipating mouth guards. It is proposed to systematically measure and characterize in a biomechanics laboratory a set of realistic impact conditions, identifying the transmission and propagation of forces from… more
Abstract:Traumatic brain injury (TBI), often caused by shock waves from blasts, has been called the "signature wound" of the wars in Iraq and Afghanistan. Commonly, the deleterious effects on the blast are compounded by the extra forces transmitted to the skull from the jaw through the temporomandibular… more
Abstract:This project will develop innovative part-task trainer (PTT) concepts for a new generation PTT that is affordable due to application and integration of COTS simulation components utilizing recent hardware and software technology advances. Navy aerial refueling (AR) receiver aircraft are equipped… more
Abstract:The technical approach for preventing obscurant agglomeration must be multi-pronged; studying not only particle structure, but also explosive impulse loading, grenade burst pressure and composite geometry. The solution to particle agglomeration reduction and improved obscurant performance will most… more
Abstract:Ultrasound is a standard of care for Central Line Placement (CLP). Existing transducers are awkward to use or require a second clinician to image. Fast and easy to use ultrasound guidance is especially important for military applications where every minute can mean a saved life or salvaged limb.… more
Abstract:In this Phase II research, Blacktoe Medical will design, manufacture and test a finger-worn ultrasound-imaging probe, optimized for Army vascular access requirements. The vascular finger probe will simplify use and reduce the time to learn complicated ultrasound guided procedures. By leveraging… more
Abstract:Improving access to space is of particular importance to the Operationally Responsive Space (ORS) Office as it strives to quickly fulfill the needs of the warfighter. Typically, each spacecraft launch is treated as a unique mission requiring in-depth analyses, design, manufacturing, and integration… more
Abstract:This effort will develop a universal launch system for use on launch vehicles specific to ORS needs. The system will include a payload adapter that provides standardized interfaces for the equivalent of eight (8) 3U CubeSat dispensers. In addition, the system will afford the ability to launch… more
Abstract:This Phase I Technical Approach will provide the Government with an approach to identify, assess, and monitor the manner in which terrorist websites influence target audiences. Our approach is unique in that it applies psychological and sociological approaches to understanding the information and… more
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