基于SysML的模型驱动武器装备体系结构设计与分析  

Model Driven Weapon System-of-Systems Architecture Design and Analysis Based on SysML

作　　者：陆法[1] 孙文虎[1] 贾鹏 

机构地区：[1]解放军后勤学院,北京100858

出　　处：《指挥控制与仿真》2017年第1期44-47,56,共5页Command Control & Simulation

摘　　要：随着武器装备体系规模、复杂度的不断膨胀,模型驱动的体系结构设计方法成为解决复杂系统开发的研究热点。选择SysML(Systems Modeling Language)作为建模语言,提出了一种由三个基本步骤(能力需求分析、黑盒分析和白盒分析)组成的模型驱动体系设计方法,探索了SysML在体系层面建模的应用,并针对当前SysML建模工具在仿真可视化与系统分析等能力上的不足,将建模工具与仿真分析工具进行集成,共同完成武器装备体系结构的设计与仿真分析。With increase of scale and complexity of Weapon System-of-Systems,model driven architecture design method has become a research hotspot of complex system development. This paper uses systems modeling language （SysML） and proposes a model driven architecture design method composed of capability requirement analysis, black-box analysis and white-box analysis. The application of SysML in architecture modeling is presented. Because the SysML tool is insufficient in simulation visualization and system analysis,the modeling tool is integrated with the simulation analysis tool in design and simulation analysis of weapon equipment architecture.

关 键 词：基于模型的系统工程 武器装备体系结构 模型驱动方法 SYSML 

分 类 号：E917[军事]