摘要
选取防空为背景,紧密结合网络雷达对抗系统的性能及配置要求,首先通过优化发射点及接收点到被保卫目标距离、相邻接收点间距获取单个探测范围与任务区域的最大交集、相邻探测范围覆盖任务区无间隙情况下的最小交集,并依据上面研究求取对任务空域完全覆盖所需的最小发射点及接收点数目;进而考虑蓝方行动因素,计算各点兵力以完全覆盖突袭机群;最终求解系统执行雷达探测任务所需总兵力。
In this article,firstly,through optimizing launch and receive to the secured target distance to obtain the biggest intersection of single detection range and task area,by optimizing adjacent receiver space for adjacent detection range covers the minimum task area without clearance.On the basis of the above research,through thick calculate and simulation to obtain minimum number of launch and receiver full cover the task area. Secondly,consideration facts of the enemy action,calculation the forces of each point to completely cover raids fleet. Finally,the troops of system in radar detection is calculated.
出处
《火力与指挥控制》
CSCD
北大核心
2015年第10期60-64,68,共6页
Fire Control & Command Control
基金
国家自然科学基金资助项目(KY09016)
关键词
优化
覆盖任务区
雷达探测
总兵力
optimizing
covers task area
radar detection
completely troops
