BRC and its Consulting Partner Murray State University (MSU) are proposing an innovative approach to the near real-time generation of environmental effects such as dust, smoke, fog, rain and haze based upon an Auto-Regressive Moving Average (ARMA) technique that has been proven to provide realistic… More

Bevilacqua Research Corporation (BRC), a woman-owned, small corporation based in Huntsville, AL, and Mystech Associates Inc., of Falls Church, VA, propose to jointly design and develop a unique robust information correlation architecture for MTI data based upon Dialectic (Bounded) Neural Networks. … More

The overall objective of this program will be to demonstrate the feasibility of a Dialectic Neural Network (DNN) architecture for use as an intelligent information processing engine for threat identification. To achieve this goal, several technical objectives have been identified that define,… More

Bevilacqua Research Corporation (BRC), a woman-owned, small corporation based in Huntsville, AL, and Mystech Associates Inc., of Falls Church, VA, propose to jointly design and develop a unique robust information correlation architecture for MTI data based upon Dialectic (Bounded) Neural Networks. … More

"With the need to produce simulation environments that are distributed and that combine live, virtual and constructive elements, there is a need for the constructive entities (SSR's) within the EADTB to act/react in a much more realistic way. Humanbehaviors are now routinely modeled as part of the… More

Based upon the results and conclusions reached in Phase I, the BRC team has defined an innovative program for Phase II that can be extended to support a wide range of other military and commercial applications. This proposal offers a front-end toolset thatallows users to quickly generate or modify… More

The goal of this program will be to investigate the issues associated with the development of a cognitive nuclear, biological and chemical threat data correlation and munitions effects analysis support system that is capable of supporting both training andoperational deployments. BRC is a… More

The goals of this Phase I program will be to investigate the issues associated with the development of a cognitive reasoning system that allows the rapid development and modification of NBC-related medical training scenarios and computer-based simulationssupport for NBC threat assessments,… More

The overall goal of Phase II is to develop a powerful tool to correlate large amounts of asynchronous data in near real-time and meet current operational requirements for the Joint Command and Control Community for rapid, accurate Battle Damage Assessment and operational assessment. The team will… More

This proposal describes a specific problem within the Intelligence community. Because of a lack of GEOINT tools for capturing storing and delivering expert knowledge from experienced analysts, new analysts have difficulty in quickly gaining the level of skill that those expert analysts possess.… More