Repairable k/n Voting System Life Situation Model Analysis and Simulation from Time Response

Abstract

Abstract: For the k of k/n system is given according to the one's experience in the current, the probability of the failure of the singular system components was given according to the stress-strength interference theory and the load distribution of the component withstand. The dynamic reliability prediction model of the repairable k/n system was established by using probabilistic differential equations and by the repairable system components moving in reliable and failure. The equation was solved and their answers were shown to give the precisely k when the k would be determined. The model shows accuracy and feasibility by analysis of the example.

Key words: repairable, k/n voting system, dynamic reliability, life situation, prediction model, simulation

CLC Number:

Th122

Fang Yongfeng, Chen Jianjun. Repairable k/n Voting System Life Situation Model Analysis and Simulation from Time Response[J]. Journal of System Simulation, 2016, 28(8): 1846-1853.

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