面向超视距空战中决策支持系统的需要, 建立了基于任务分解的分级递阶结构的辅助决策系统框架。基于雷达的发现概率和导弹可攻击概率等因素, 建立了超视距空战情况域判定方法。研究了飞机机动方案选择和导弹发射决策方法, 建立了超视距空战优势函数模型。针对单机单目标超视距空战条件, 利用仿真软件进行了数字仿真验证, 仿真结果表明此方法可行、有效。

Considering the need of decision-making system for beyond-visual-range air combat,we established a hierarchical aided decision-making architecture based on task decomposition.Taking the detection probability of radar and the attacking possibility of missiles into consideration,a method for field-judging of the beyond-visual-range air combat was established.The maneuvering mode selection of airplane and the decision-making methods for launching the missiles were studied,based on which the superiority function of beyond-visual-range air combat was established.Digital simulation was made for the beyond-visual-range air combat of single-aircraft against single-target,and the result proved the feasibility and effectiveness of the proposed method.