Decision-making of saturation attack for missile weapon-target assignment with multi-target

Saturation attack is an important tactical method in high-tech war against enemy's important target and increase missile's penetration probability. In accordance with saturation attack tactics' guiding ideology, the constraints and criterion of optimal allocation for multi-firepower's coordinated attack were analyzed, then the weapon-target assignment optimization model was presented. Combining fire-distribution decision-making with route planning decision-making processes, a method to implement saturation attack under multi-firepower and multi-constraint condition was proposed. The simulation results indicate the model and the algorithm are correct and effective, it provides basis and reference for solving the problem of missile launch position disposition and fire-distribution.