Loan-Grant based Round Robin scheduling

A. Rahbar, O. Yang
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引用次数: 3

Abstract

We propose the Loan-Grant based Round Robin (LGRR) scheduler in the DiffServ domain. Traffic from all streams in all classes is carried in a logical frame. Each frame includes smaller rounds for each class, and only one packet can be transmitted from each stream inside a class in each round. A stream can transmit traffic in the frame when it has enough grants. Each stream inside a class first obtains some quantum from the scheduler according to its average arrival rate, bandwidth usage, and traffic status. Bursty streams can be processed quickly by requesting bandwidth loan from the scheduler. To control the amount of transmitted bits from each stream, the loan is paid back from the future acquired quantum. Our evaluation and comparison shows that our algorithm performs better than DRR in handling traffic under both normal and bursty traffic
基于贷款授予的轮循调度
我们在DiffServ域中提出了基于贷款授予的轮询调度(LGRR)调度程序。来自所有类的所有流的流量都在一个逻辑框架中进行。每个帧包括每个类的小轮,并且在每个轮中只能从一个类内的每个流传输一个数据包。当一个流有足够的授权时,它可以在帧中传输流量。类中的每个流首先根据其平均到达率、带宽使用情况和流量状态从调度器获得一些量。突发流可以通过向调度程序请求带宽贷款来快速处理。为了控制每个流的传输比特数,贷款从未来获得的量子中偿还。我们的评估和比较表明,无论在正常流量还是突发流量下,我们的算法在处理流量方面都优于DRR
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