Award Data

  The paradigm for the majority of robotic swarm systems today is generally described as Centralized-Control / Decentralized Execution, where a single controller creates tasking for the swarm and and the nodes in the swarm coordinate amongst themselves to

The WCH serious gaming solution can close the gap between DoD civilian healthcare employees and the active-duty/retiree community they serve. By fostering a safe learning environment, culturally sensitive communication skills, and willingness to learn fro

In response to DAF SBIR Phase I solicitation AF231-0014 Static Detection System, Triton Systems is proposing to develop a localized foreign object debris (FOD) detection, localization and information-relaying system using COTS hardware, where possible, to

Tool tracking systems are deployed in mission-critical environments that cannot afford the FOD and FME risks that come with relying on employees to manually track and record the hand tools, power tools, and equipment they use throughout the day Technician

ACE Doctrine necessitates advancements in portable/mobile edge systems, AI, heterogenous collaborative systems, resilient network architectures, distributed architectures, and multi-domain sensing. The ACE doctrine defines context to deploy such systems,

Air Force Research Laboratory (AFRL) has initiated Just-in-time, Multi-Mission Airmen/Warfighters (JIT MMA/W) to support deployed personnel as they become multi-capable airmen while performing tasks outside of their traditional AFSCs. JIT MMA/W is enablin

Physical Sciences Inc. is proposing this research and development effort to develop a mass flow rate measurement system that will be compatible with the flow conditions encountered by the kerosene-based fuels used to power high-speed air-breathing flight

Physical Sciences Inc. (PSI) is proposing to develop a non-contact spectral emissometer using an electronically tunable Fabry-Perot (FP) etalon and a computational spectroscopy approach that will be able to characterize the emissivity spectra of materials

Characterization of thermal protection systems (TPS) for hypersonic vehicles rely on accurate knowledge of TPS temperature and emissivity.  It is important to characterize these materials both for development and optimization of our own vehicles and to ai

Development and optimization of thermal protection systems (TPS) for hypersonic vehicles rely on accurate knowledge of TPS temperature and emissivity. Current COTS instrumentation provides point measurements, but spatially resolved temperature and emissiv