基于FLAMES的电子战仿真模型的组合建模

Combined Modeling of Electronic Warfare Simulation Model Based on FLAMES

随着军用仿真技术的不断发展,使得多领域的模型集成变得更加困难,模型组合和可重用性不足问题显得十分突出。阐述了组合建模和柔性行为分析与建模评估系统(FLAMES)建模原理,针对FLAMES柔性仿真框架下建模灵活性的特点,并结合关联假设的组合建模理论,提出了基于FLAMES的电子战仿真模型的组合仿真概念框架和建模方法,以某型电子战飞机为例,通过仿真实验分析仿真数据。结果表明,该方法能够有效对模型进行组合建模,能为基于FLAMES柔性仿真框架的模型组件开发及其组合建模提供一定的依据。

Along with the continuous development of military simulation technologies,the integration among multi-domain models becomes more and more difficultly,the problems such as the insufficient model combination and reusability look very outstandingly.This paper expatiates the theories of combined modeling and flexible analysis and modeling effectiveness system（FLAMES） modeling,aiming at the characteristic of modeling flexibility in FLAMES flexible simulation framework,and combining with the combined modeling theory of related hypothesis,brings forward the combined simulation concept framework and modeling method of electronic warfare simulation model based on FLAMES,takes a certain electronic warfare airplane as an example,analyzes the simulation data through simulation experiment.Results show that this method can effectively perform the combined modeling to the models,which can provide definite basis for the model component development and combined modeling based on FLAMES flexible simulation framework.