附录2：潜艇ASW相互作用

Q4 Social Sciences

Whitehall Papers Pub Date : 2022-04-12 DOI:10.1080/02681307.2022.2030973

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引用次数: 0

摘要

为了对第一个因素进行建模，Washburn的屏障被用作搜索模型。根据该模型，位于入侵者屏障处的资产以速度U行进，并执行优化路径，以在单个电路中覆盖尽可能多的扇区，同时最大限度地减少搜索区域外的浪费覆盖。这是一种理想化，并不完全代表现实。假设目标（如潜艇）正以速度V向障碍物移动，搜索器和躲避器的相对运动由下式给出

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Appendix 2: Submarine ASW Interactions

To model the first factor, Washburn’s barrier was used as a search model. According to this model, an asset at a barrier against an intruder travels at speed U and executes a path optimised to cover as much of its sector as possible in a single circuit, while minimising wasteful coverage outside the search area. This is an idealisation, and not entirely representative of reality. Assuming a target, such as a submarine, is moving towards the barrier at velocity V, the relative motion of the searcher and evader is given by

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来源期刊

Whitehall Papers Social Sciences-Archeology

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期刊介绍： The Whitehall Paper series provides in-depth studies of specific developments, issues or themes in the field of national and international defence and security. Published three times a year, Whitehall Papers reflect the highest standards of original research and analysis, and are invaluable background material for policy-makers and specialists alike.