John G. Baylog

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We consider the problem of determining the correct mance that connect the design parameters of sensor numbers, set of sensors to employ in the design of large area undersea sensor detection threshold, and fusion strategy to the design surveillance sensor networks. As sensor technologies evolve, such objectives of maximal detection performance, minimal false(More)
This research investigates the creation and integration of a comprehensive three-dimensional submarine undersea battlespace visualization (SUBV) with existing platform fire control systems to enhance the weapons fire control decision-making process. Using 3-D visualization to represent undersea environments, mission planners and command and control (C&C)(More)
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