摘要
参考Do DAF2.0(Do D architecture framework 2.0)和MOF(meta object facility)等相关理论,提出基于元模型的反导体系试训一体化环境体系结构设计方法,通过定义环境体系结构元模型,规范元模型的存储,建立元模型到视图之间的映射等,提高了体系结构建模的标准化程度,确保了体系结构设计成果可有效用于体系后续的开发、集成和评估,为下一步反导体系试训一体化环境的建设实施奠定了基础,对其他类似体系结构的设计具有一定的借鉴意义。
By referring to the relevant theories of DoDAF2.0 （ DoD architecture framework 2.0） and MOF （ meta object facility） , BMDS integrated test and training environment architecture design method is proposed based on meta-model. By defining the concept of architecture meta-model, specifying the stor- age format of meta-model, and setting up the map between the meta-model and viewpoint products, this method improves the degree of the standardization of architectural modeling and ensures that the design results can be reused for subsequent development, integration and evaluation. The achievements laid the foundation for the further construction of environment, and also can he learned by other system-of-systems architecture design.
出处
《现代防御技术》
北大核心
2015年第5期223-229,235,共8页
Modern Defence Technology
关键词
反导体系
试训一体化环境
体系结构
元模型
DODAF
MOF
ballistic missile defense system-of-systems
integrated test and training environment
architecture
recta-model
DoD architecture framework （DoDAF）
meta object facility （MOF）
