首页> 外文期刊>International Journal of Services and Operations Management >A two-phase quorum queueing system with Bernoulli vacation schedule, setup, and N-policy for an unreliable server with delaying repair
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A two-phase quorum queueing system with Bernoulli vacation schedule, setup, and N-policy for an unreliable server with delaying repair

机译:具有伯努利假期计划,设置和N策略的两阶段仲裁排队系统,用于不可靠的服务器,且延迟了维修

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We present in this paper a thorough classified review of queueing system with unreliable server. We then consider a queueing system where service is rendered to groups of customers of fixed quorum size. Service consists of two consecutive phases. The server needs a setup following an idle period, and may take a vacation following the second phase of service. The idle period ends only when at least N customers are in the queue. While providing service, the server may breakdown and a delay period precedes the repair period. This model generalises many of the models available in the literature. For this model, we obtain the steady state system size distributions and discuss the optimal management policy. Illustrative numerical examples are provided.
机译:我们在本文中对服务器不可靠的排队系统进行了全面的分类审查。然后,我们考虑一个排队系统,在该系统中,将服务提供给固定仲裁人数的客户组。服务包含两个连续的阶段。服务器需要在空闲时间之后进行设置,并可能在服务的第二阶段后进行休假。仅当队列中至少有N个客户时,空闲周期才结束。在提供服务的过程中,服务器可能会发生故障,并且维修期之前有一个延迟期。该模型概括了文献中可用的许多模型。对于此模型,我们获得稳态系统的大小分布并讨论最佳管理策略。提供了说明性的数值示例。

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