Research on Safety-oriented Modeling Method of Complex System

Zeyong Jiang, Yalan Wang, Xiaohua Wen, Xiaohu Hou
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Abstract

The relationship between components in modern complex systems is becoming more and more complex. The local disturbance in the system may cause global impact due to fault correlation. In view of this, the traditional safety model cannot be described comprehensively and objectively, and the model has some problems, such as inconsistency with the design model, poor objectivity, and difficulty in ensuring completeness. Based on the multi-view modeling framework of DoDAF, the Sys-DoD model focus on safety is established by using SysML. The model can describe the causal logic and propagation relationship between the components of complex system in the same and different hierarchies, and provide a complete and accurate model support for subsequent safety analysis and risk assessment.
面向安全的复杂系统建模方法研究
现代复杂系统中各组成部分之间的关系越来越复杂。系统的局部扰动可能由于故障关联而产生全局影响。鉴于此,传统的安全模型不能全面、客观地描述,模型存在与设计模型不一致、客观性差、完整性难以保证等问题。在DoDAF多视图建模框架的基础上,利用SysML建立了以安全为核心的Sys-DoD模型。该模型能够描述复杂系统在同一层次和不同层次上各组成部分之间的因果逻辑和传播关系,为后续的安全分析和风险评估提供完整、准确的模型支持。
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