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Optimal Control of M/M/1 Queueing System with Constant Retrial Rate and Non-Reliable Removable Server

机译:常量再升降速率和不可靠可移动服务器的M / M / 1排队系统的最佳控制

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The paper is concerned with the optimal control with respect to N-policy of the M/M/l queue with constant retrial rate and non-reliable removable server. According to the N-policy, the server can start service only when the number of customers in the system reaches level N (N ≥ 1). We perform a steady-state analysis of the corresponding continuous-time Markov chain and calculate optimal threshold level to minimize the long-run average losses given cost structure.
机译:本文涉及具有常量重试率和不可可靠的可移动服务器的M / M / L队列的N-Policy的最佳控制。根据N-Policy,只有当系统中的客户数量达到级别n(n≥1)时,服务器才能启动服务。我们对相应的连续时间马尔可夫链进行稳态分析,并计算最佳阈值水平,以最小化给定的成本结构的长期平均损耗。

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