基于Petri网的动态协同联防策略求解方法OA

This paper proposes an algorithm for dynamic cooperative defense strategy optimization based on the decision reachability graph of Petri nets.A Petri net model is constructed to describe the strike relation-ships between them,on the basis of which a decision reachability graph is generated,and a probabilistic structure is introduced to represent weapon hit rates and uncertainty.By using a state backtracking algorithm,the probability distributions of decision nodes are reversely deduced,and the expected values of states along decision paths are calculated,thereby obtaining the optimal strategy combination from the initial state to the final state.The method enumerates possible decision outcomes at different nodes and assigns expected values to states,enabling quantitative evaluation of different strategies and overcoming the limitations of traditional integer programming models.Experimental results show that,compared with the traditional"first come,first served"static allocation strategy,the proposed method improves the average number of interceptions by over 9%,which achieves better interception effectiveness.