摘要
军事活动中,地面部队机动过程中如何有效规避非合作卫星侦察具有重要的战略意义.进一步考虑到实际任务中有必经节点约束的情况,提出了一种考虑必经节点与规避多卫星侦察双重约束下的地面部队机动策略分析方法.构建了多卫星侦察模型,通过计算出的规避侦察卫星等待时间更新路网权重.采用“加固定值”与“强制改标号”两种新策略,使得进行地面部队机动路径规划时,确保给出的机动方案既能够规避多卫星侦察、包含指定的必经节点,又能得到目的地的最短路径.通过仿真实验验证了所提出方法的有效性与优越性.
In military activities,it is of great strategic significance for ground troops to effectively evade non-cooperative satellite reconnaissance during maneuvering process.Furthermore,the constraint of the necessary nodes in the actual task is considered,an analysis method of maneuvering strategies of ground troops under the dual constraints of considering the necessary nodes and eavading multi-satellite reconnaissance is proposed.Firstly,a multi-satellite reconnaissance model is constructed,and the weight of road network is updated by calculating the waiting time of evading reconnaissance satellites.Furthermore,two new strategies of"adding fixed value"and"forced label change"are adopted,so that the given maneuvering scheme can not only evade multi-satellite reconnaissance,include the designated necessary nodes,but also be the shortest path to the destination when planning the maneuvering path of ground troops.Finally,the effectiveness and superiority of the proposed method are verified by simulation experiments.
作者
卢洋洋
矫媛媛
潘晓刚
俞棋睿
LU Yangyang;JIAO Yuanyuan;PAN Xiaogang;YU Qirui(College of Systems Engineering,National University of Defense Technology,Changsha Hunan 410073,China)
出处
《指挥与控制学报》
CSCD
2023年第5期580-588,共9页
Journal of Command and Control
关键词
多卫星侦察约束
必经节点约束
路径规划
DIJKSTRA
算法
加固定值
强制改标号
multi-satellite reconnaissance constraint
necessary node constraint
path planning
Dijkstra algorithm
adding fixed value
forced label change
