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Modified Smallest Available Report First: New Dynamic Bandwidth Allocation schemes in QpS-capable EPONs

机译:修改后的最小可用报告优先:支持QpS的EPON中的新动态带宽分配方案

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摘要

Optimum utilization of upstream bandwidth shared among several Optical Network Users (ONUs) is an important issue in an Ethernet Passive Optical Networks (EPON). An EPON network must provide a differentiated Quality of Service (QpS) for different applications. In this paper, we shall modify SARF (Smallest Available Report First) and propose two novel algorithms, one called the Modified Smallest Available Report First (MSARF) and the other called the Modified Smallest Available Report First using Hybrid Granting Protocol (MSRF_HGP), in order to reduce both packet loss and packet delay. The SARF is a good method to reduce the overall packet delay in EPON, but at the expense of increasing packet loss rate. Our performance evaluations show that the proposed MSARF and MSARF_HGP algorithms can significantly reduce packet delay and packet loss.
机译:在以太网无源光网络(EPON)中,几个光网络用户(ONU)之间共享的上行带宽的最佳利用是一个重要的问题。 EPON网络必须为不同的应用提供差异化​​的服务质量(QpS)。在本文中,我们将对SARF(最小可用报告优先)进行修改,并提出两种新颖的算法,一种是使用混合授权协议(MSRF_HGP)的改进最小可用报告优先(MSARF),另一种是改进最小可用报告优先。为了减少分组丢失和分组延迟。 SARF是减少EPON中总体数据包延迟的一种好方法,但以增加数据包丢失率为代价。我们的性能评估表明,提出的MSARF和MSARF_HGP算法可以显着减少数据包延迟和数据包丢失。

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