摘要
结合航天器体系的特点,设计面向航天器的体系结构框架(China Spacecraft Architecture Framework,CSAF),研究了CSAF框架的概念数据模型(CDM),在CDM的基础上设计体系结构开发的逻辑顺序,然后结合应用实例,基于统一建模语言UML,利用体系结构开发软件EA(Enterprise Architect),开发海洋卫星对地观测系统体系结构,最后基于仿真验证平台Rhapsody进行模型验证,证明模型构建的正确性,从而证明CSAF设计的有效性,对推动大型航天复杂系统的顶层设计具有一定意义。
Based on the characteristics of China Spacecraft System, China Spacecraft Architecture Framework （CSAF） is designed. In this paper, the Concept of Date Model （CDM） is discussed, and the logical exploiture sequence of CSAF is contrived. Then, using UML language and EA software, the paper designs the Ocean Observation Satellite System Architecture with examples. Finally, a simulation validation platform named Rhapsody,is implemented so that the correctness of the model is demonstrated, and proving the valid of CSAF and the promotion of complex spacecraft system＇s top-level design.
出处
《指挥控制与仿真》
2015年第4期92-99,112,共9页
Command Control & Simulation
