为了提高弹道导弹精度仿真系统设计的通用性和重用性,在简析系统功能及流程的基础上,采用UML静态建模技术构建了需求描述模型和系统结构模型,运用动态建模方法建立了行为模型。以上述模型为基础,设计了适合于弹道导弹精度仿真系统的通用软硬件架构和一个应用示例。应用表明,该方法突出了弹道导弹精度仿真系统的共性设计,兼顾了不同型号和应用需求,有效提高了系统的设计效率及通用性、重用性。

In order to improve generality and reuse design of ballistic missile simulation system, on the basis of analyzing the system function and technological process, the system design requirements description model and structure model were constructed by using the UML static modeling technology, and the behavior model was constructed by using the method of dynamic modeling. On the basis of the above model, the general hardware and software architecture of ballistic missile accuracy simulation system and an application example were designed. Applications shows that, the method not only emphasizes the common design of ballistic missile accuracy simulation system, but also takes into account different types and application requirements, and effectively improves the efficiency, generality and reuse of the system design.