【作者】 梁仲宇； 王雪松； 鲁金直； 童遥； 刘忆萧； 罗明强；

【Author】 Liang Zhongyu;Wang Xuesong;Lu Jinzhi;Tong Yao;Liu Yixiao;Luo Mingqiang;School of Aeronautical Science and Engineering, Beihang University;The sixth Research Institute of China Electronic Information Industry Group;

【机构】 北京航空航天大学航空科学与工程学院； 中国电子信息产业集团有限公司第六研究所；

【摘要】 随着卫星遥感技术以及无线通讯技术的迅猛发展,搜索救援体系执行任务时的作战环境及信息交互变得更为复杂,需从基于模型的系统工程的角度开展顶层架构设计。本文引入一种多架构建模语言KARMA语言及GOPPRR元模型建模框架,针对搜索救援体系拓展UPDM建模语言;随后,基于DoDAF2.0框架,对英国皇家卫星搜索救援体系进行建模设计,构建搜索救援体系的作战能力、作战信息资源流以及组织机构等模型视图。最后,对搜索救援体系作战视角中的作战活动视图进行逻辑仿真,验证体系作战中作战流程的逻辑准确性,并根据不同作战背景选择不同方案。更多还原

【Abstract】 With the rapid development of satellite remote sensing technology and wireless communication technology, the operational environment and information interaction of search and rescue system become more complex, and the top-level architecture design should be carried out from the perspective of model-based system engineering. This paper introduces a multi-architecture modeling language KARMA and GOPPRR meta-model modeling framework to expand UPDM modeling language for search and rescue system. Then, based on DoDAF2.0framework, the British Royal Satellite search and rescue system is modeled and designed, and the operational capability, operational information resource flow and organizational structure of the search and rescue system are constructed. Finally, the logic simulation of the operational view of the search and rescue system is carried out to verify the logical accuracy of the operational process in the system operation, and different schemes are selected according to different operational backgrounds.更多还原