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Mission Reliability Model of Equipment System-of-Systems based on Weighted Parallel Structure

机译:基于加权平行结构的设备系统的任务可靠性模型

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Aiming at the problem that the existing reliability logic model cannot accurately describe the logical relationship of reliability within the equipment system-of-systems (ESoS), the mission reliability model of the weighted parallel structure of ESoS was established based on the analysis of structure and characteristics of ESoS. Based on the traditional system structure, the model considered the mission reliability of each functional system and its contributions to the ESoS. The system contribution was taken as the system weight in the right-linkage structure, and the ESoS mission reliability evaluation model was derived according to the reliability status. Meanwhile, the system was modeled as a redundant system, and the solution of the model with the same and different failure probabilities were given. Through an example and comparative analysis, the rationality and validity of the method were verified.
机译:针对现有可靠性逻辑模型无法准确描述设备系统系统(ESOS)内可靠性的逻辑关系的问题,基于结构分析和eSOS的加权并行结构的任务可靠性模型 ESO的特征。 基于传统的系统结构,该模型认为每个功能系统的任务可靠性及其对ESOS的贡献。 系统贡献被视为右键结构中的系统重量,并根据可靠性状态导出ESOS任务可靠性评估模型。 同时,系统被建模为冗余系统,给出了具有相同和不同故障概率的模型的解决方案。 通过示例和比较分析,验证了该方法的合理性和有效性。

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