基于SVM和Skyline查询的空地一体化攻击任务决策

To improve the efficiency of the air-ground integrated operation and the availability of the armaments, attack task decision-making of the air-ground multi-mission integrated missile is studied. An online assessment system of the missile-target relative status in the integrated operation is established firstly. According to the real-time assessment result, an attack task decision-making system is created to study the optimal algorithm of the task-switching decision-making when the missile fails to hit the original target effectively. The mode of air/ground task type switching decision-making is proposed based on the support vector machine to predict the decision of the next attack task type. And the mode of task number switching decision-making is proposed based on the Skyline query algorithm to find the non-inferior solutions set of targets.