Research on resilience process model of space-based communication networks based on OPM

Yuxian Xie, Chengyu Liu, Hongxu Li, Yuzhi Wang, Yingchao Zhang
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Abstract

Space-based communication networks (SBCN) is subject to transmission delay, transmission interruption and other security threats due to the intricate relationships among the internal systems. Faced with a wide variety of security threats, SBCN still face many challenges in ensuring the effective completion of missions. Based on the resilience theory method and from the perspective of the resilience of SBCN, the architecture characteristics and security threats of SBCN were comprehensively analyzed, the resilience process model of SBCN was constructed according to the object process method (OPM), and the resilience design of SBCN was carried out. This study improves the resilience modeling analysis framework of SBCN and provides the foundation for the subsequent theoretical research.
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基于OPM的天基通信网络弹性过程模型研究
由于天基通信网络内部系统之间关系复杂,存在传输延迟、传输中断等安全威胁。面对各种各样的安全威胁,在确保有效完成任务方面仍面临诸多挑战。基于弹性理论方法,从SBCN弹性的角度,综合分析了SBCN的体系结构特征和安全威胁,根据对象过程方法(OPM)构建了SBCN的弹性过程模型,并进行了SBCN的弹性设计。本研究完善了中小企业网络弹性建模分析框架,为后续理论研究提供了基础。
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