Performance Analysis of Dynamic Bandwidth Allocation Algorithms in GPON

V. S. Simonov, A. Malyavko
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Abstract

Downstream data transmission in an optical network is performed by broadcast transmission, whereas upstream transmission must use bandwidth allocation algorithms to prevent data packets from colliding. Such scheduling algorithms must comply with the multipoint management Protocol defined in the IEEE 802 standard. A number of bandwidth allocation algorithms are known for optical networks. The purpose of this work is to compare several existing algorithms, such as UPCF, Min, and RDM (Russian Doll Model). The algorithms are modeled using a discrete event simulator implemented using the C language and developed specifically for the study of GPON networks that provide different classes of service in each optical network block. Based on the analysis of the simulation results, proposals are formulated for using each of the algorithms for the required combinations of service classes.
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GPON中动态带宽分配算法性能分析
在光网络中,下行数据传输采用广播传输,而上行数据传输必须采用带宽分配算法,以防止数据包的碰撞。这种调度算法必须符合IEEE 802标准中定义的多点管理协议。目前已知的光网络带宽分配算法有很多。这项工作的目的是比较几种现有的算法,如UPCF、Min和RDM(俄罗斯娃娃模型)。该算法使用使用C语言实现的离散事件模拟器进行建模,并专门为研究在每个光网络块中提供不同类别服务的GPON网络而开发。基于对仿真结果的分析,提出了针对所需的服务类组合使用每种算法的建议。
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