Effectiveness Analysis of Anti-torpedo Warfare Simulation for Evaluating Mix Strategies of Decoys and Jammers
Effectiveness Analysis of Anti-torpedo Warfare Simulation for Evaluating Mix Strategies of Decoys and Jammers
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DOI：
10.1007/978-4-431-54216-2_42
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发表时间：
2012
期刊：
影响因子：
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通讯作者：
S. Kwon;Kyung-Min Seo;B. Kim;T. Kim
中科院分区：
文献类型：
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作者：
S. Kwon;Kyung-Min Seo;B. Kim;T. Kim
建模与仿真（M&S）工程已广泛应用于水下作战系统的设计与评估。M&S工程公司通过模拟分析这些系统，使军事装备的采购更加有效。本文扩展了以前的工作，即使用一个只有诱饵的反鱼雷模拟器。为了便于更多样化的反鱼雷作战模拟，我们设计并添加了一个简单的干扰机模型，因为干扰机是对抗鱼雷攻击最有效的措施之一。利用该模型，我们收集了水面舰艇在使用反鱼雷策略时的生存能力的实验数据，并分析了满足有效性度量（MOE）要求的干扰机的适当参数值。实验结果表明了干扰器的性能要求和带诱饵干扰器的效率要求。研究结果可用于支持未来设备采购的决策过程。
Modeling and Simulation (M&S) engineering has been widely used for design and evaluation of underwater warfare systems. M&S engineering enables more efficient procurement of military equipment by analyzing these systems with simulations. This paper extends previous work, which used an anti-torpedo simulator with only decoys. To facilitate more diverse simulations of anti-torpedo combat, we design and add a simple jammer model, because the jammer is one of the most effective counter-measures against torpedo attacks. Utilizing this proposed model, we collect experimental data about the survivability of surface-ships that use anti-torpedo strategies and analyze the proper parameter values of jammers that satisfy the required Measure of Effectiveness (MOE). The experimental results show both the required performance of jammers and the efficiency of jammers with decoys. The results can be utilized to support the decision-making process for future equipment procurement.