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原文传递 Evaluation of Future Unmanned Underwater Vehicle Capabilities in an Automated Computer-Aided Wargame.

题名：	Evaluation of Future Unmanned Underwater Vehicle Capabilities in an Automated Computer-Aided Wargame.
作者：	Wong, H.
关键词：	Unmanned underwater vehicles, Unmanned vehicles, Undersea warfare, War games, Computer-aided activities, Military capabilities, Prototypes, Measures of effectiveness, Experimental design, Active sonar, Regression analysis, Model based systems engineering, Jtls-go (joint theater simulation level global operations), Uuv (unmanned underwater vehicles), Unmanned systems, Future fleet architecture, Mission engineering, Mbse (model-based systems engineering), Caw (computer aided wargaming), Conop (concept of operations), Uuv features, Doe (design of experiment), Mop (measures of performance)
摘要：	The U.S. Navy is restructuring its fleet architecture. Assessments undertaken as part of the restructuring process revealed a lack of construction sites to support increasing fleet size. As such, the Navy is exploring the feasibility of using unmanned underwater vehicle (UUV) platforms to supplement the fleet. Current UUVs provide minimal surveillance and mine detection capabilities; one solution is adding offensive and enhanced detection capabilities to UUV platforms. This study utilized a model-based systems engineering (MBSE) approach in the Joint Theater Simulation Level Global Operations environment to explore the effects of UUVs with enhanced capabilities. The approach included the process of developing the conceptual prototype, concept of operations, measures of effectiveness, varying UUV factors (speed, composition, and sonar type), and designs of experiment. After analyzing the output of 540 simulation runs, the results provided evidence that all three factors are significant in UUV operational performance and showed that using advanced UUVs increase task forces capabilities. Furthermore, the experimentation reveals strong correlations between UUV composition and speed for detection and engagements, and confirmed using active sonar as advantageous in combat, thereby shaping the trade-space for UUV features. This study demonstrates the utility of MBSE for conducting feasibility assessments for the future fleet.
报告类型：	科技报告