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机载制导武器的武器-目标分配算法是智能航空指控系统的一个基础研究问题。本文在建立了武器-目标分配的基本概念和对算法要求的基础上,提出了两种武器-目标分配算法;基于决策论的武器-目标分配算法和基于导弹截获区的武器-目标分配算法,并对基于导弹截获区的武器-目标分配算法进行了仿真实验。结果表明,此算法具有高透明性、有限消除最大威肋、杀伤概率最大、充分利用机载武器等特点。
The weapon-to-target allocation algorithm of airborne guidance weapon is a basic research issue of the intelligent aviation accusation system. Based on the establishment of the basic concept of weapon-target allocation and the requirements of the algorithm, this paper proposes two kinds of weapons-target allocation algorithm, decision-based weapon-target allocation algorithm and missile-based target-allocation algorithm. The simulation experiments based on the weapon-target assignment algorithm based on the missile interception area are carried out. The results show that the proposed algorithm has high transparency, limited maximal limitlessness, maximum killing probability and full utilization of airborne weapons.