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Reliability evaluation of multi-state series-parallel systems with common bus performance sharing considering transmission loss

机译:多状态系列并行系统的可靠性评估,考虑传输损耗的共同总线性能共享

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In a multi-state system with common bus performance sharing, each multi-state unit has a random performance and should satisfy its individual random demand. If the performance of a unit exceeds its demand, the surplus performance can be transmitted to units that experience performance deficiency. Performance transmission is an important feature of systems with performance sharing. Transmission loss exists widely in many real systems with performance sharing mechanism. However, transmission loss has never been studied in such systems. The reliability of systems with performance sharing will be overestimated if the transmission loss is ignored. In this paper, the transmission loss defined as a function of the transmission distance and the performance transmitted through the common bus is taken into account in systems with common bus performance sharing, and a universal generating function (UGF)-based method is proposed to evaluate the system reliability. Analytical and numerical examples are given to validate the proposed method.
机译:在具有公共总线性能共享的多状态系统中,每个多状态单元都具有随机性能,并应满足其各个随机需求。如果单位的性能超过其需求,则可以将剩余性能传输到体验性能缺陷的单位。性能传输是具有性能共享系统的重要特征。许多具有性能共享机制的真实系统中广泛存在传输损耗。然而,在这种系统中从未研究过传输损耗。如果忽略传输丢失,则具有性能共享的系统的可靠性将被过高。在本文中,在具有公共总线性能共享的系统中考虑了作为传输距离的函数和通过公共总线发送的性能的传输损耗,并提出了基于通用的生成功能(UGF)的方法来评估系统可靠性。给出了分析和数值例子来验证所提出的方法。

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