从进攻角度着手,提出了一种新的以综合作战效能最大为决策准则的火力/电子战武器协同攻击的使用方法。该方法首先构建了由信息、机动、干扰、火力四大空战要紊决定的能力矩阵、关联矩阵、可用性矩阵及权矩阵,综合作战效能评估模型则由上述四个矩阵组成。进一步通过遍历算法得到综合作战效能最大时的火力/电子战武器协同攻击方案,即为当前火力/电子战武器最优的发射时机。仿真结果表明,该决策方法得到的攻击策略与所期望的软/硬武器协同作战准则一致,能实现综合作战效能的最大化。
A novel decision-making method is presented for optimal coordination of hardkill and softkill systems. From a set of candidate schemes, the method seeks such an attack scheme that gives the maximal integrative combat effectiveness. To measure the integrative combat effectiveness of such integrated systems, a new evaluation model is developed by introducing the concept of capability matrix, availability matrix, weight matrix and association matrix. These matrices involve four key factors of air combat: information on battlefield, maneuverability, electronic interference and fire. The proposed method is tested and the relevant simulation results are given to show its efficiency.