模型驱动的武器装备体系结构设计

Model Driven Approach for Weapon Equipment System Architecture Design

针对现有体系结构设计尚未完全体现模型驱动的设计理念,体系层和系统层结构设计不能平滑过渡,体系结构设计迭代中模型数据关系不清晰等问题,提出了一种基于面向对象、模型驱动的武器装备体系结构设计方法。该方法由能力需求分析、黑盒分析和白盒分析3个基本步骤组成,应用了Do DAF(Department of Defense Architecture Framework)建模框架,采用Sys ML(System Modeling Language)作为建模语言。最后,通过新型装甲装备作战体系结构设计实例验证了其可行性。

Aiming at the problems that model driven approach has not been used completely,System of Systems( So S) level architecture design cannot transit to system level architecture design smoothly,and the transformation of model data has not been clearly defined during design iteration,a novel approach based on object-oriented and model-driven methodology is proposed. It is composed of three major steps:capacity demand analysis,black-box analysis,white-box analysis. Modeling framework of Do DAF( Department of Defense Architecture Framework) is utilized to support architecting,and Sys ML( System Modeling Language) is used as the modeling language. Finally,an application of New Generation Armored Equipment Operational So S( NGAEOSo S) is illustrated in detail to verify the feasibility of the novel approach.