光电干扰武器系统C3I可执行建模的研究

Research on Executable Models of C3I in Photoelectric Interferential System

UML已经成为面向对象分析与设计建模事实上的标准。基于UML的C3I系统模型的设计结果是对系统的静态表述,而C3I系统的本质是动态的。着色Petri网(CPN)具有强大的描述能力及严密的数学基础和多种分析手段,并且是可以仿真运行的。提出了从UML产品映射到可用于逻辑、行为和性能方面体系结构评价的CPN可执行模型的方法,对光电干扰武器系统C3I进行了UML建模的一般描述,阐述了光电干扰武器系统C3I从UML产品映射到CPN建立可执行模型的过程。通过对可执行模型CPN的仿真可对光电干扰武器系统C3I进行完整准确的评价。

Unified modeling language （UML） has been the facto standard for objected-oriented analysis and modeling design. The modeling result based on UML is static description for the command, control, communication, intelligence （C3I） system, but the essence of C3I system is dynamic. Colored Petri net（CPN） possesses strongly descriptive capability and rigorous mathematics foundation and many analytical method, and it is also able to be emulational. The method that is able to be used for logical, behavioral and performance evaluation of architecture from UML artifact mapping to CPN is put forward. Model of the general description based UML is established. The executable model that is established by mapping from UML to CPN is followed to set forth at length. The C3I models of photoelectric interferential system can be well and truly evaluated by simulation of the executable models of CPN.