多方向饱和攻击时反舰导弹航路规划方法

针对难于求取多方向饱和攻击时反舰导弹航路规划全局最优解的问题,对多方向饱和攻击时各枚反舰导弹的航路进行合理设定。依据反舰航路规划的基本约束条件,建立以自控飞行距离最短为目标的航路规划模型,在此基础上,结合平面几何相关知识,将多枚反舰导弹多方向攻击时的航路规划问题转化为求解各枚反舰导弹关键导航点的问题,给出一种快速构造各枚反舰导弹航路的求解方法,并进行仿真验证。仿真结果表明:该方法能快速构造多枚反舰全方位饱和攻击时的简单航路,符合多方向攻击要求,易于工程实现。

Method of Anti-Ship Missile Route Planning Under Multi-Directional Saturation Attacks

For the problem of solving global optimal solution of anti-ship missiles route planning under multi-directional saturation attacks, this paper carries out a reasonable setting of anti-ship missiles route planning under multi-directional saturation attacks. Based on the basic constraint condition of anti-ship missile route planning, establish the route planning model, which can minimum the self-control flight distance, based on this, turn the problem about anti-ship missiles route planning under multi-directional saturation attacks to the problem about solving the key waypoints of anti-ship missiles around it with plane geometry knowledge. The solving method is formulated that can ensure the routes of anti-ship missiles quickly and the simulation is made for validating it. Simulation calculation shows that the method can construct simple routes quickly for anti-ship missiles under multi-directional saturation attacks, which can be up to the requirements for multi-directional attack and beneficial to project implementation.