CHARLES RIVER ANALYTICS, INC.

We propose to design, develop, and demonstrate a concept prototype for an On-Line Intelligent Processor for Situation Assessment (OLIPSA), to serve as a central processor generation military coc ...

We propose to design a model of visual target acquisition that can predict human performance in detecting low-contrast targets in complex scenes. This model will build on current state-of-the-art com ...

The management and dissemination of Inboard and offboard information and the associated situation assessment of the tactical picture and determination of the associated response is a major task for Ai ...

This Phase I effort proposes to prototype and demonstrate a Case-Based Reasoning Tool for Command and Control Warfare (C2W) Strategy Development. Our effort is motivated by the need to thoroughly und ...

The digitization of the tactical military environment with its concomitant increase in accessible information provides an opportunity to enhance decision-aiding capabilities of advanced Navy targetin ...

We propose to investigate the feasibility of using stochastic genetic algorithms (GAs) for the development and optimization of air combat tactics for large MvN engagements. Stochastic GAs, which enco ...

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The Phase I effort will assess the feasibility of developing a model-based metric for evaluating subsystem effectiveness in enhancing pilot situation awareness (SA) in air-to-air combat. The focus wi ...

This Phase I project proposes to develop and demonstrate a hybrid methodology for mental model elicitation, construction, and refinement. The approach combines empirical knowledge elicitation techniq ...