Fire scheduling for multiple weapons cooperative engagement

In the multi-weapon platform cooperative combat conditions, coordination of weapons between different weapons platforms in order to quickly calculate the launch time of all weapons become very urgent and extremely difficult. To solve the problem of multi — weapon cooperative launch scheduling, the mixed integer programming model of multi — weapon platform multi — attack targets is established by minimizing the final launch time of weapon platform. A fast heuristic algorithm based on task priority is designed, which can provide the commander with the weapon firing timing scheme with priority strike requirement. A trajectory cross-processing scheme based on time dimension optimization is proposed, and the algorithm of launch time solution and space compression Evolutionary Strategy of Feasibility of Thought. Finally, the model and algorithm are validated by case study, and the feasibility of feasible solution evolution strategy is discussed. The experimental results show that the model and method can effectively solve the problem of multi-weapon cooperative battle launch sequence planning.