Study on N-policy working vacation polling system for WDM

Chen Haiyan, Wang Feng-wen, Tian Naishuo, Lu Donghua
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Abstract

In the paper, we propose N-policy working vacation scheme cyclic polling system for WDM. This system consists of multi-queues (terminals) whose service rate is one of the fast speed and lower speed. The fast speed mode moves cyclically from queue to queue with N-policy. Using the decomposition approach, each queue is analyzed as a single server queue with N-policy working vacation which works at a different rate rather than completely stops during the vacation polling period. Using quasi birth and death chain and matrix geometric solution method, we give some performance parameters, such as the mean queue length and mean waiting time of packet and the mean throughput. Finally, we analyze the effect of the parameters on the mean waiting time and mean queue length through numerical examples.
WDM的n -政策工作假期投票系统研究
本文提出了WDM的n策略工作休假方案循环轮询系统。该系统由多个队列(终端)组成,其服务速率为高速和低速之一。快速模式使用N-policy在队列之间循环移动。使用分解方法,将每个队列作为具有n个策略的工作假期的单个服务器队列进行分析,这些工作假期以不同的速率工作,而不是在假期轮询期间完全停止。利用拟生死链和矩阵几何解法,给出了平均队列长度、平均数据包等待时间和平均吞吐量等性能参数。最后,通过数值算例分析了各参数对平均等待时间和平均队列长度的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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