Modeling and Parameter Optimization of Anti-Missile System Combat Network

As a strategic kill weapon, the missile is an important means of modern warfare. Anti-missile system and missile system promote each other, so how to defend missiles is an important task in military research. In recent years, research on anti-missile systems has gradually increased. Judging from the current research, researchers pay less attention to equipment parameter optimization, which has a strong guiding significance for weapon equipment development planning. Therefore, based on the OODA concept and the idea of network modeling, this paper constructs the anti-missile system combat network. By using non-dominated sorting genetic algorithm 2 (NSGAII) and taking cost as constraint, the time and precision of combat activities in the anti-missile process are optimized to meet the attack window time and required precision of incoming targets. Finally, the conclusion will serve for the suggestions of equipment development.