Abstract:This effort proposes to customize ANDRO"s Transmission Cyberspace (TC) concept developed in Phase I for rapid installation on the prototype SDR hardware and testing in a small network configuration in tactical environment. Three modules Cyber, ISR Force Protection and DSA will be derived from… more
Abstract:In Phase I, our team applied their extensive experience in this area to develop and implement a unified target characterization and correlation framework focused on sensor hand-over (SHO) between electro-optic/infrared (EO/IR) and radar. The SHO system is designed to operate in an environment with… more
Abstract:Improvements in performance of the components are needed for polymer electrolyte membrane (PEM) electrolyzers, which is one of the key technologies for DOEs hydrogen production plan. In particular, high- performance ion-exchange membranes are needed that can withstand significantly higher mechanical… more
Abstract:ABSTRACT: Metal-oxide devices offer power dissipation advantages such as low standby power dissipation, better defect resilience versus silicon, superior electronic and magnetic properties, and are broadly Si compatible hence their attractiveness and candidacy fo BENEFITS: Radiation hardened… more
Abstract:ABSTRACT: Analatom proposes to develop, implement, and demonstrate a text/narrative query and maintenance-tracking retrieval system supporting the C-5 enhanced Individual Aircraft Tracking (IAT) program. Analatom will utilize expertise in development of advanced software modeling tools for data… more
Abstract:This Subsequent Phase II Proposal is an extension of Phase II contract N00014-11-C-0420. The overall objective of the proposed Subsequent Phase II effort is to develop and provide initial validation for a mobile training platform and framework that will support optimized refresher training for a… more
Abstract:The primary objective of the MUSTER Phase II effort will be to develop, validate, and transition the PASS MUSTER technology to predict, diagnose, and mitigate motion-induced performance degradation within Naval and Marine Corps operational environments. Pursuant to this effort, the following… more
Abstract:ABSTRACT: Test validation of munition performance, particularly in the endgame environment, requires that enormous quantities of video and other sensor data be collected in proximity to the munition impact or detonation location, and transmitted in some manner back to the ground receiving station,… more
Abstract:ABSTRACT: We propose to develop an analysis/tool integration architecture to enable the synergistic exploration and capture of the critical features of the penetration fuze environment found within combined experimental and computational datasets. We will develop a design of the architecture and… more
Abstract:Atom interferometer inertial sensors can provide game changing performance improvements in inertial accuracy for tactical inertially-guided weapons without the need for GPS aiding. This technology is the most viable option for manufacture of IMUs of strategic-grade accuracy in a tactical… more
Abstract:We propose development of a high performance, portable atomic clock using cold atom technology. The clock will have short term stability of better than 10^-12 at one second and of 5x10^-15 at timescales of one day. The size, weight, and power (SWaP) of
Abstract:We propose to build and test a prototype IMU based on atomic interferometry. This includes the laser source, vacuum system, simplified low-power electronics, and software. Initial testing of noise level, bias drifts, and performance under dynamics will be done on a per-axis basis, transitioning to… more
Abstract:ABSTRACT: AOSense proposes to design a compact optical atomic clock capable of stabilities of better than 1e-14 at 1 second and of 1e-16 at 1 day. The proposed physics package will fit within a volume of ~4L, and prospects for further miniaturization are excellent. The proposed device employs… more
Abstract:ABSTRACT: AOSense proposes to design a compact and robust optical frequency synthesizer with a volume of<2 liters that will be capable of producing a stable microwave frequency of ~100 MHz, as well as an optical output. The system is based on the integration of a narrow-linewidth laser… more
Abstract:ABSTRACT: This SBIR project develops disruptive navigation technologies using integrated communications/navigation technologies including adaptive space-time vector processing operating on novel atom-based precision inertial navigation systems, ultra-precision clocks, and other signals and sensors… more
Abstract:We propose to develop the next generation of scalar atomic magnetometers with superior performance and lower size, weight, and power consumption (SWaP) than is presently available on the market. Our design leverages recent developments in the field of ultra-high sensitivity atomic magnetometers,… more
Abstract:We propose a novel navigation paradigm that utilizes an arrangement of multiple gradiometers for covert submarine navigation. Our proposed Phase I research will analyze the feasibility and benefits of the proposed navigation technique and develop quantitative models to simulate submarine navigation… more
Abstract:We propose to design and demonstrate a portable source of lattice-trapped, ultracold strontium (PLUS). The device uses simplified and robust techniques for loading the traps, and directly leverages hardware already developed by AOSense. The simplified architecture for PLUS makes it amenable to… more
Abstract:Apecor will develop an advanced portable power manager for rapid field recharging of military rechargeable batteries from foldable photovoltaic (PV) panels as well as scavenged energy from any available power source. This power manager will be to directly support the soldier by reducing the… more
Abstract:ABSTRACT: Phase 1 research will validate an approach for material synthesis that combines mechanical alloying with explosive powder consolidation to produce bulk materials with novel properties. The main advantage to the approach is that it can be applied to diverse material systems, including the… more
Abstract:Applied Colloids has developed a simple nanotechnology technique with which to provide a low coefficient of friction on the interacting surfaces of gears and other interacting machinery. This technology would widen the window with which a rotorcraft woul
Abstract:ABSTRACT: Current photometric calibration techniques take away too much time from performing actual collections of interest, which decreases the efficiency and usefulness of important SSA resources. In response to the AF141-013 SBIR Solicitation for Efficient Photometry, the ADS-PDS team proposes… more
Abstract:ABSTRACT: Applied Defense Solutions (ADS) has embarked upon a new approach to data correlation and aggregation using a space object taxonomy that provides a set of unique signatures for automatically recognizing and classifying a space object. The goal of this Space Signatures effort is to find… more
Abstract:ABSTRACT: The goal of the proposed research in response to solicitation AF141-015 is to develop a collection concept of operations and software prioritized in the geosynchronous (GEO) and super-synchronous regimes using optical telescopes to maintain custody of objects and to detect and revisit new… more
Abstract:The ultimate aim of proposed efforts are to develop innovative material and process (M & P) engineering technology to reduce thermal resistance between space power components and cold plates of the space system. This proposal will use AMSENG produced few layer graphene with carbon nano tubes… more
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