规划多波次导弹发射

Planning in Multi Wave Missile Launching

摘要: 导弹在军事作战中有着举足轻重的地位，机动路线制定显得格外重要。该问题需要充分考虑节点冲突，隐蔽性，以及在转载点处的时间限制，同时考虑临时增加转载地域，规划各台导弹发射装置的行径时间和路线是一个组合优化问题。基于该问题提出了一种基于Dijkstra的全局遍历搜索算法，以总暴露时间最短为目标函数，建立了多波次导弹发射优化模型。结果表明，该研究成果可以为导弹发射时间规划提供有效的工程应用指导。

Abstract: Missiles play an important role in military operations, so it is very important to make mobile routes. In this problem, the node conflict, concealment, and time limit at the transfer point should be fully considered. At the same time, the temporary increase of transfer area should be considered. It is a combinatorial optimization problem to plan the travel time and route of each missile launcher. Based on this problem, a global ergodic search algorithm based on Dijkstra is proposed. Taking the shortest total exposure time as the objective function, a multi wave missile launch optimization model is established. The results show that the research results can provide effective engineering application guidance for missile launch time planning.