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arXiv 1401.3174cs.ITcs.NImath.IT
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对“具有可充电主源节点的认知共享信道的最优利用”的评论

Comments on "Optimal Utilization of a Cognitive Shared Channel with a Rechargeable Primary Source Node"

Ahmed El Shafie, Ahmed Sultan

摘要:

在最近的一篇论文[1]中,作者研究了由可充电的主用户和插入可靠电源的次用户组成的网络的最大稳定吞吐量区域。研究了主发送端能量无限和有限排队的情况。然而,有限情况下的结果是不正确的。我们表明,在提出的能量队列模型(一个解耦的${\rm M/D/1}$排队系统与伯努利到达和每个时隙的一个能量包的消耗),能量队列容量不影响网络的稳定区域。

英文摘要:

In a recent paper [1], the authors investigated the maximum stable throughput region of a network composed of a rechargeable primary user and a secondary user plugged to a reliable power supply. The authors studied the cases of an infinite and a finite energy queue at the primary transmitter. However, the results of the finite case are incorrect. We show that under the proposed energy queue model (a decoupled ${\rm M/D/1}$ queueing system with Bernoulli arrivals and the consumption of one energy packet per time slot), the energy queue capacity does not affect the stability region of the network.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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