Analysis of the Effectiveness of the Multiple Short Range High Speed Target According to the Engagement Distance

Sejun Lee, Ilseob Shin, Changhyun Han, Beomcheol Na
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Abstract

In order to defend facilities from the threat of multiple short range high speed target of North Korea, the counter long-range artillery intercept system(CLRAIS) is in progress. It is similar with air defense operations, however there is a characteristic that three thousand rounds per minuter are concentrated. To provide protection against low-altitude and multi target, threat and the weapon must be decided quickly and accurately with the shortest time. In this paper, we propose a threat assessment and weapon-target assignment in multi-target and multi-weapon environments. According to the engagement distance, we study the effectiveness of the engagement. In order to figure out the factor, we define the variables to be used in the simulation. according to engagement scenario, the effectiveness analysis is verified the monte-carlo simulation. The results of this study, It can be used to predict and analyze for intercept probability.
基于交战距离的多个近程高速目标有效性分析
为了防御北韩多个近程高速目标的威胁,正在推进反远程火炮拦截系统(CLRAIS)。它与防空作战类似,但有一个特点是每分钟集中3000发子弹。为了提供对低空和多目标的防护,必须在最短的时间内快速准确地确定威胁和武器。本文提出了一种多目标、多武器环境下的威胁评估和武器目标分配方法。根据交战距离,研究交战的有效性。为了计算出因子,我们定义了仿真中要使用的变量。根据交战场景,通过蒙特卡罗仿真验证了有效性分析。本文的研究结果,可用于截距概率的预测和分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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