Availability Modeling and Fluctuation Research of Discrete-Time: Repairable Systems

Yi Yang, Wei Xu, Sixin Wang, Kunlun Wei
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Abstract

For the discrete-time one-unit repairable system with repair delay, the instantaneous availability model is established, and its instantaneous availability under limited time constraints was studied. The asymptatic stability of the instantaneous availability was proved, and the steady-state availability was obtained. Further, the correctness of the results is verified by slmulatien, The result illustrated the consistency of the stability of the instantaneous availability between discrete-time systems and eon-ttnuous-tfme systems, which strengthened the theoretic basis of study on the instantaneous avaflability fluctuation of the complex system within finite time.
离散时间可修系统的可用性建模与波动研究
针对具有维修延迟的离散单单元可修系统,建立了其瞬时可用性模型,研究了有限时间约束下的瞬时可用性。证明了瞬时可用性的渐近稳定性,得到了稳态可用性。结果表明,离散时间系统与非连续时间系统的瞬时可用性稳定性是一致的,为研究有限时间内复杂系统的瞬时可用性波动提供了理论依据。
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