UML可视化仿真方法及在武器中的应用

Visual Simulation Approach Based on UML and its Application in Weapon System

开发武器系统的可视化仿真软件系统是一个关键问题。为了便于可视化仿真开发、模型组织和维护修改,提出了一种基于统一建模语言(Unified modeling language,简称UML)的可视化仿真方法。用UML有效管理各个模型间构造关系,这主要包括数值计算的可视化、仿真模型的可视化和仿真交互可视化的维护修改,直至实现优化的系统方案。实际应用证明,该方法有利于可视化仿真的数值计算可视化、仿真模型可视化和仿真交互可视化的维护管理,极大地提高了实际工作效率。

Visual simulation software system is a very important problem in weapon system development. In order to develop visual simulation, model, maintenance and correction , a visual simulation approach based on unified modeling language （UML） was proposed. Structural relationship between various models is controlled by means of UML effectively, this consisted of visualization of numerical calculation, simulation model, simulation interaction and maintenance modification to realize optimization of system option. Practical application showed that the approach is available for visualization of numerical calculation, simulation model, simulation interaction , maintenance and modification of visual simulation. It can improve actual operation efficiency considerably.