Abstract:

For the requirement of future oriented missile weapon combat high precision, the physical process of ballistic missile penetration is expounded. Missile penetration factor identification steps are proposed, and missile penetration factor structure framework is built. By using decomposition coordination method of the large system theory, the ballistic missile penetration effectiveness control optimization problem is decomposed into interconnected subsystems according to the multilevel hierarchical structure, and the correlation prediction method is used to solve the optimal value of each subsystem. Example analysis and simulation preliminarily prove that the decomposition coordination method realizes quantitative optimal control missile penetration effectiveness, and provides important decision making basis for missile weapon combat. It has high practical application value in the missile weapon combat.