战场环境下巡航导弹低空突防航迹判断研究

抗击巡航导弹(CM)是地面防空兵部队面临的一项重要任务,而准确判断巡航导弹的进袭航线是地面防空兵部队合理调整战斗部署、组织侦察射击的重要依据。通过对巡航导弹战场环境建模,建立巡航导弹战场环境的Voronoi图,并进行了基于不同威胁体的改进,在计算分段航线上巡航导弹的突防概率基础上,用模糊最大树法判断敌巡航导弹最/次可能的来袭航路,从而为后续的地面防空兵兵力部署提供了依据。

Estimation on CM Path Planning for Anti-Low-Flying-Attack

Anti-cruise missile is an important mission to the ground-to-air troops, one of the signify gist to adjust battle disposition and to form recce is judging the flight course of cruise missile. In this paper, we firstly set up a battlefield model which the Voronoi diagram is established and then improved according to different threaten. After that, survival probability of cruise missile on segment path are computed. Then fuzzy maxi-tree algorithm is applied to estimate the most/more possible operative paths. It gives gist to later disposition of ground-to-air troops.