A Study of FIFO Buffer Adoption Scheme forHigh Speed Data Links

Satyendra Ch, ravanshi, Vishal Moyal
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Abstract

The FIFO buffer used in high speed data links plays an important role in data transfer and depending upon the application the size of FIFO is variable in nature which known as buffer adoption. There are different buffer adoption schemes for FIFO buffer, some of which are based on goodput, throughput, speed, network natures etc. This paper presents the study of those current various FIFO buffer adoption schemes which employs in current best effort data networks. Also the some proposed works are hereby studied and the conclusion have made by this study. This study work have done in three phase. Firstly the different types of FIFO architecture have studied and present the basic architecture of it. Second the problem identification has been done by literature review of different network architecture proposed. Finally the few best FIFO buffer adoption techniques are studied followed by literature review as extension of it. The RADA scheme is concluded the best buffer adoption scheme among all the papers studied during study.
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高速数据链路FIFO缓冲区采用方案的研究
高速数据链路中使用的FIFO缓冲器在数据传输中起着重要的作用,根据应用的不同,FIFO的大小在本质上是可变的,这被称为缓冲器的采用。FIFO缓冲器有不同的缓冲器采用方案,其中一些基于goodput,吞吐量,速度,网络性质等。本文介绍了目前各种先进先出缓冲器采用方案在目前的最佳努力数据网络的研究。并对本文提出的一些工作进行了研究,得出了结论。本研究工作分三个阶段完成。首先对不同类型的FIFO体系结构进行了研究,给出了FIFO的基本体系结构。其次,对提出的不同网络架构进行了文献综述,并对问题进行了识别。最后,研究了几个最佳的FIFO缓冲采用技术,并对其进行了文献综述。在所有研究的论文中,RADA方案被认为是最佳的缓冲采用方案。
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