火力与指挥控制
火力與指揮控製
화력여지휘공제
Fire Control & Command Control
2015年
10期
60-64,68
,共6页
优化%覆盖任务区%雷达探测%总兵力
優化%覆蓋任務區%雷達探測%總兵力
우화%복개임무구%뢰체탐측%총병력
optimizing%covers task area%radar detection%completely troops
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。
選取防空為揹景，緊密結閤網絡雷達對抗繫統的性能及配置要求，首先通過優化髮射點及接收點到被保衛目標距離、相鄰接收點間距穫取單箇探測範圍與任務區域的最大交集、相鄰探測範圍覆蓋任務區無間隙情況下的最小交集，併依據上麵研究求取對任務空域完全覆蓋所需的最小髮射點及接收點數目；進而攷慮藍方行動因素，計算各點兵力以完全覆蓋突襲機群；最終求解繫統執行雷達探測任務所需總兵力。
선취방공위배경，긴밀결합망락뢰체대항계통적성능급배치요구，수선통과우화발사점급접수점도피보위목표거리、상린접수점간거획취단개탐측범위여임무구역적최대교집、상린탐측범위복개임무구무간극정황하적최소교집，병의거상면연구구취대임무공역완전복개소수적최소발사점급접수점수목；진이고필람방행동인소，계산각점병력이완전복개돌습궤군；최종구해계통집행뢰체탐측임무소수총병력。
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.
