给出了一种在不确定环境下的无人机攻击决策分析方法。首先分析机载雷达的作战性能,得到正确判别敌方目标和错误判别敌方目标二者之间的关系;然后建立了一种基于Lanchester方程的诱饵弹干扰下的无人机攻击决策模型,进而表示出目标识别准确度对作战进程的影响;随后通过对Lanchester方程积分,得到了真目标损耗和假目标损耗二者之间的函数关系,从而完成对Lanchester方程的化简;最后采用差分进化算法来进行无人机的攻击决策优化,并且通过作战仿真验证了该方法的有效性。 A method of UAV attack decision analysis in uncertain environment is given. Firstly, the operational performance of airborne radar is analyzed, and the relationship between the enemy’s target and the enemy’s target is incorrectly identified. Then a model of UAV attack decision based on the Lanchester equation is established. Then the effect of target recognition accuracy on the combat process is demonstrated. Then by integrating the Lanchester equation, the functional relationship between the true target loss and the fake target loss is obtained, so as to complete the reduction of the Lanchester equation. Finally, the differential evolution algorithm To make UAV attack decision optimization, and verify the effectiveness of the method through combat simulation.