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随着现代战争的体系化,战斗机性能的设计与优化开始结合具体作战任务,从作战效能的角度来分析.尤其是在概念设计阶段,基于作战仿真论证战斗机指标对整个设计过程和全寿命成本都有重要作用。本文提出了应用构造型仿真进行战技指标论证工作的方法论,并以AnyLogic软件为平台搭建了战斗机突防任务仿真框架,构建了突防战斗机与防空系统的Agent(智能体)行为模型,并对试验结果进行了敏度分析。最后,提出了后续进一步研究的方向。
With the systematization of modern warfare, the design and optimization of fighter performance began to be combined with specific combat missions and analyzed from the aspect of operational effectiveness, especially in the conceptual design stage, and the demonstration of fighter aircraft performance on both the design process and the full life cost Have an important role. In this paper, a methodological method of using tectonic simulation to demonstrate war-fighting index is put forward. The simulation framework of fighter penetration mission is established with AnyLogic as a platform, and the Agent behavior model of penetration fighter and air defense system is constructed. The results of the experiment conducted a sensitivity analysis. Finally, the direction of further research is put forward.