Multi-Target Decision-Making of Saturation Attack for Anti-Ship Missile Weapon-Target Assignment

Saturation attack is an important tactical method in high-tech war against the enemy´s important target and increase the penetration probability of missile. In accordance with saturation attack tactics´ guiding ideology, we analyze the constraints of anti-ship missile´s attacking target, the criterion of optimal allocation and multi-fire power´s coordinated attack, then establish the weapon-target assignment optimization model. Combining fire-distribution decision-making with route planning decision-making processes, we propose a method to implement saturation attack under multi-firepower and multi-constraint conditions. The simulation results show the model is excellent in computing time and has good practicability; it provides basis and reference for solving the problem of missile launch position disposition and fire-distribution.