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首页> 外文会议>International radar symposium(IRS 2003) : Proceedings >Closed Loop System Effectiveness Analysis using Simulation forRadar based Air Defense Systems
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Closed Loop System Effectiveness Analysis using Simulation forRadar based Air Defense Systems

机译：基于雷达的防空系统的仿真闭环系统有效性分析

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The successful deployment of modern Air Defense Systems require the effective interaction of allsystem components, in particular sensors, effectors and the combat management system. Therefore itis important not only for new systems but also for existing systems to assess the systems ability tocope with threats adequately. It is obvious, that the user’s expectation of ?system success‘ has to bemet, and therefore the user’s point of view will give a strong indication about the selection of sensibleassessment criteria. These criteria are generally referred to as Measures of Effectiveness (MoE) andare applicable on systems level. The MoEs will not replace performance parameters of systems,subsystems or components but will complement them to get an overall assessment.The presentation gives an overview of the developed simulation instrument SyLES (System LevelEffectiveness Simulation), its purpose and its application opportunities. The simulation tool runs on asingle Laptop/PC and is using Matlab packages extensively. Further, for a simplified Air Defensescenario, the results of Monte Carlo runs will be shown to illustrate the chosen approach.
机译：现代防空系统的成功部署需要所有系统组件（特别是传感器，效应器和战斗管理系统）之间的有效交互。因此，不仅对于新系统，而且对于现有系统来说，充分评估系统应对威胁的能力也很重要。显而易见，用户对“系统成功”的期望必须得到满足，因此，用户的观点将为选择明智的评估标准提供强有力的指示。这些标准通常称为有效性度量（MoE），适用于系统级别。 MoE不会替代系统，子系统或组件的性能参数，而是会对其进行补充以获得总体评估。演示文稿概述了已开发的仿真工具SyLES（系统级效能仿真），其目的和应用机会。该仿真工具可在单个笔记本电脑/ PC上运行，并广泛使用Matlab软件包。此外，对于简化的防空方案，将显示蒙特卡罗运行的结果来说明所选的方法。

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