Abstract:

Based on the characteristic of modern air attack and air defense, a model that near and medium distance is ringshaped deployment and fan shaped deployment which is far from the key point is established.Because of different distance from the keypoint, there are different air attack targets.The deployment area is divided into three layers.Considering the fire equality, fire depth, fringe deployment, covering network, and relay guidance factors, a highdimensional objectives function for airdefense weapon system deployment is built.By sorting the value of the sub-objective function, the searching steps are reduced.Then, a sub-objective evolutionary algorithm (SOEA) is put forward and the theoretical feasibility is proved.The performance of the SOEA is better than other high dimensional objectives optimization algorithms.The simulation results of a deployment example show that the SOEA and the high dimensional objectives model is correct and feasible.