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Soldiers conducting missions on foot in remote locations must carry multiple battery powered electronic devices, such as multiband radio sets, night vision goggles and scopes, GPS tracking, thermal imagers, target designators, etc. These devices allow soldiers to target, move, and communicate in the modern battlefield. Depending upon the type of mission and its duration, soldiers might not have th ...

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The modern information environment (IE) is growing more complex and dynamic. Information technology advances enable adversaries to access and influence audiences globally with increasingly sophisticated tools and at an unprecedented scale. To understand the threat landscape and to respond effectively, there is a need to automatically detect, track, and differentiate the evolution of information na ...

Charles River Analytics and PatchPlus Consulting are pleased to propose Cerulean FNX, a modular software platform that extends Charles River’s Cerulean transaction analysis framework to the financial intelligence domain. Cerulean FNX is centered around a modular and pluggable network analytics engine containing state/of/the/art financial graph and time series analytics, a modular coordinated vis ...

Commercial imaging satellites capture the majority of the planet’s surface every day, generating millions of images. Searching such data for specific objects of interest is extremely difficult to do manually without automated computer image analytics. NGA is seeking a novel scientific formalism and tools for training overhead image detectors on rare and new objects of interest, for which large, ...

There is a critical need to develop a non-toxic, regenerative carbon dioxide (CO2) scrubber material with enhanced scrubbing capacities and safety for rebreather applications. The current state-of-the-art (SOA) scrubber material for rebreather is soda lime. Despite its overall robustness, soda-lime is highly toxic, has low CO2 capacity, and is non-regenerative. Physical Sciences Inc. (PSI) will de ...

Imperia Batteries proposes to develop an integrated separator-electrode-electrolyte composite architecture incorporating conductive electrolyte components in a polymer-ceramic composite separator that is directly applied to electrodes, simultaneously improving energy density and safety. This technology will improve safety by reducing the possibility for a cell to short-circuit via electrode misali ...

In Phase I project, Bhawin LLC aims to develop the current concept of solid-state Li-ion battery fabricating a single continuous phase for the anode, electrolyte, and cathode, and thus, eliminating the highly resistive interfaces between the electrolyte and electrodes found in straight solid-state Li-ion batteries. Advanced Li-ion battery technology will play a critical role in the understanding o ...

Unmanned aerial systems (UASs) present a growing threat in the US defense arena as both low-cost intelligence gathering and payload delivery capabilities for adversaries, posing security risks to both military and civilian assets. Detecting, tracking, and identifying UAS threats has been accomplished with conventional imaging and radar techniques, but each technology has limitations. Passive imagi ...