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A New Method for Reliability Allocation: Critical Flow Method

机译:一种可靠性分配方法:临界流法

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A complex system consists of many subsystems, which are developed concurrently and sometimes independently. It would be too late to validate the system reliability until the final system prototype is ready after months or years of development. From a project management point of view, the reliability of each subsystem or sub-function should be examined as early as possible. Therefore, the allocation of a reasonable reliability requirement to each subsystem and sub-function based on the system reliability target is very important. The present work analyses, in literature, the main reliability allocation techniques. Starting from the known methodologies, a new critical flow method for reliability allocation method has been developed. The proposed method can be used for complex system with serial and parallel configurations.
机译:复杂的系统由许多子系统组成,它们同时开发,有时是独立的。验证系统可靠性将算是为时已晚,直到最终的系统原型在数月或多年的发展后准备好。从项目管理的角度来看,应尽早检查每个子系统或子功能的可靠性。因此,基于系统可靠性目标对每个子系统和子功能的合理可靠性要求的分配非常重要。目前的工作分析,在文献中,主要可靠性分配技术。从已知方法开始,已经开发了一种新的可靠性分配方法的临界流程方法。该方法可用于具有串行和并行配置的复杂系统。

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