关键词: 火力打击体系, 杀伤链, 任务时间, 体系优化, 多目标优化

Abstract: Due to the complexity of the artillery firepower strike system and the coupling of various elements, traditional design methods that separate subsystems are insufficient to meet the needs of integrated system development. To address this issue, a firepower strike system design model based on multi-objective optimization was constructed. According to the composition of the artillery firepower strike system, parameter models for multiple subsystems were established, and the main constraint parameters and design parameters were determined. An optimization design model was established with mission time, ammunition consumption, and mission cost as objectives. The NSGA-II multi-objective genetic algorithm was used to complete the optimization design of a typical firepower system, determining the main design parameters of subsystems such as drones, command and control equipment, artillery, ammunition, and chassis. The research results show that the multi-objective optimization method can solve the problem of multi-parameter coupling in the design of multiple subsystems, achieve the optimal design results for system performance, and provide support for the configuration of the firepower system according to operational mission requirements.

Key words: firepower strike system, kill chain, mission time, system optimization, multi-objective optimization