摘要
为了使具有航路规划功能的反舰导弹能够实时规划,减小武器系统的作战反应时间,提出一种信息处理量小、计算迅速的航路规划算法:递推算法。递推算法是在考虑导弹的机动能力和各项约束的条件下,秉承导弹完成转弯所需导航点最少的原则,根据一定的假设条件,由目标位置开始,按攻击方向的反方向,依据平面几何知识,依次递推得到所有导航点位置,直至发射点,从而得到导弹参考航路。仿真结果表明,由该算法得到的参考航路能够满足导弹实时规划要求,而且便于工程实现。
To plan the route of anti-ship missile fleetly and reduce the reaction time of weapon system,a Ratiocination Algorithm with small disposing information and high calculation speed is put forward.Considering the maneuverability and the restrictions of anti-ship missile,on the base of the least guidance points and some assumptive conditions,the algorithm starts at the goal coordinates,ratiocinates the next guidance point orderly from the reverse attack direction till the launch position according to the plane geometry theory.Simulations show that the planning route comes from the Ratiocination Algorithm is up to the demand of the real-time planning for anti-ship and easy to implement.
出处
《计算机仿真》
CSCD
2007年第12期52-55,共4页
Computer Simulation
关键词
反舰导弹
航路规划
递推算法
Anti-ship missile
Route planning
Ratiocination algorithm
