基于主从递阶决策模型的地空导弹混编群火力运用策略

Firing Application Strategies of Ground-to-Air Missile Composite Group Based on Stackelberg Decision Model

摘要: 首先，给出地空导弹兵混编群火力运用的定义．分析了混编群火力运用的主从递阶关系，并在此基础上建立了混编群火力运用主从递阶决策模型．针对主从递阶决策模型特点改进了粒子群算法，即免疫粒子群优化算法．根据地空导弹兵混编群的特点给出主决策和从决策的目标函数方程．最后仿真得到混编群抗击敌空袭的动态结果，并给出战术解释．

Abstract: The definition of GAM(ground-to-air missile) composite group firing application is given firstly.The Stackelberg relation of composite group firing application is analyzed,and based on it,the Stackelberg decision model of composite group firing application is established.In view of the characteristics of Stackelberg decision model,the improved PSO(particle swarm optimization) algorithm is proposed,named as immune PSO.Furthermore,in consideration of the characteristics of GAM composite group,the objective function equation of principal decision and sub-decision are deduced.Finally,according to the simulation analysis,the anti-air dynamic result of GAM composite group is obtained and the tactical explanations are given.