超视距空战效能指标的仿真实验分析方法

Simulation Experiment Analysis of Effectiveness Index of Air-combat Beyond-visual-range

探究作战指标与超视距空战效能之间的定量关系。首先,利用分枝定界法(Sequential Bifurcation,SB)对超视距空战效能指标进行筛选,找到了关键效能指标。其次,实现了2k因子和nk因子的离散化仿真实验分析,对空战效能指标进行了关联性分析和不确定性分析,并应用OLAP(On-Line Analytical Processing)分析技术完成nk因子仿真实验的多维数据分析。最后,基于单调效能空间的探索性分析方法,获取了红方飞机以一定获胜概率为目标的效能指标空间需求轨迹。利用这些方法得出了一些分析结论,希望能够为武器装备体系的效能指标分析与规划和作战指挥决策提供理论依据。

The relation of operational index and Effectiveness of BVR air combat was explored. Firstly, key effectiveness index was screened out by （Sequential Bifurcation, SB）. Secondly, based on design technology and the index analysis of discrete effectiveness space, interactive effect and main effect of factors were analyzed through the specific method of effectiveness index simulation experiment factor design of 2k and nk. Multidimensional data analysis of the simulation factor nk was accomplished by the OLAP analysis technical. Finally, adopting exploratory simulation experiment method, demand locus of effectiveness index which secured victory with definite probability was accomplished. A lot of important analysis conclusions were reached by these methods. It is hopeful that these conclusions can offer help for operational commander decision and program and analysis of the effectiveness index of weapon equipment system.