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A Non-Markovian Multistage Batch Arrival Queue with Breakdown and Reneging

机译:具有细分和重新定性的非马尔可夫多阶段批量到达队列

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摘要

The present investigation deals with analysis of non-Markovian queueing model with multistage of services. When the server is unavailable during the system breakdown (or) vacation periods, we consider reneging to prevail. Supplementary variable techniques have been adopted to obtain steady state system length distributions. The numerical illustrations are provided to validate the tractability of performance measures as far as computational aspect is concerned. Numerical results in the form of graphical representation are also presented. Practical large scale industry applications are described to justify our model.
机译:本研究涉及具有多阶段服务的非马尔可夫排队模型的分析。如果在系统崩溃(或休假)期间服务器不可用,我们考虑以失败为准。已经采用补充可变技术来获得稳态系统的长度分布。就计算方面而言,提供了数字说明以验证性能度量的易处理性。还给出了图形表示形式的数值结果。描述了实际的大规模工业应用来证明我们的模型是正确的。

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