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![Analysis for Cooperative Behavior Effectiveness of Autonomous Wide Area Search Munitions]( "Analysis for Cooperative Behavior Effectiveness of Autonomous Wide Area Search Munitions")
Analysis for Cooperative Behavior Effectiveness of Autonomous Wide Area Search Munitions59,99 €![Investigation of Cooperative Behavior in Autonomous Wide Area Search Munitions]( "Investigation of Cooperative Behavior in Autonomous Wide Area Search Munitions")
Investigation of Cooperative Behavior in Autonomous Wide Area Search Munitions59,99 €![Analysis of Cooperative Behavior for Autonomous Wide Area Search Munitions]( "Analysis of Cooperative Behavior for Autonomous Wide Area Search Munitions")
Analysis of Cooperative Behavior for Autonomous Wide Area Search Munitions59,99 €![Establishment of a System Operating Characteristic for Autonomous Wide Area Search Vehicles]( "Establishment of a System Operating Characteristic for Autonomous Wide Area Search Vehicles")
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Wide Area Search and Engagement Simulation Validation60,99 €![Effectiveness of the Army and Navy Munitions Board During the Interwar Period]( "Effectiveness of the Army and Navy Munitions Board During the Interwar Period")
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The problem being addressed is how to best find and engage an unknown number of targets in unknown locations (some moving) using multiple autonomous wide area search munitions. In this research cooperative behavior is being investigated to improve the overall mission effcctiveness. A cornputer simulation was used to emulate the behavior of autonomous wide area search munitions and measure their overall expected performance. This code was modified to incorporate the capability for cooperative engagement based on a parameterized decision rule. Using Design of Experiments (DOE) and Response Surface Methodologies (RSM), the simulation was run to achieve optimal decision rule pararneters for given scenarios and to determine the sensitivities of those parameters to the precision of the Autonomous Target Recognition (ATR) algorithm, guidance precision and lethality of the warhead, and the characteristics of the battlefield. Results show that the form of cooperative engagement used in this study is most useful in overcoming the limitations on warhead lethality and, to a lesser degree, probability of target report (PTR). However, cooperative engagement alone is not able to compensate for higher false target attack rates. Also, the selection of the optimal weights in the decision algorithm are very sensitive to all battlefield characteristics.