基于UML的导弹攻防仿真系统设计及实现

基于分布式仿真技术构建导弹攻防仿真系统已成为评估导弹作战效能的重要手段。针对典型弹道导弹攻防对抗过程，分析了攻防对抗仿真系统构成及功能。采用统一建模语言（UML）对系统用例模型、实体结构模型及行为模型等进行了可视化建模，并采月VC＋＋工具对导弹攻防对抗仿真进行了系统实现．应用实践表明，采用UML进行系统设计，可有效提高导弹攻防对抗等大系统仿真开发的进度与质量。

Design and Implication of Attack and Defense Simulation System for Ballistic Missile with UML

The distributing attack and defense simulation is an important means to evaluate the combat effectiveness of ballistic missile.In allusion to the typical attack and defense course of the ballistic missile,the components and functions of the attack and defense weapons were analyzed.The use case model,the structural model and the action model of the entities were visually modeled.In addition,the attack and defense simulation system of the ballistic missile was realized by the Microsoft visual c language.The use case provesthat UML is an essential way to design the large-scale simulation systems such as the attack and defense simulation of ballistic missile.