从数据包到xlframe:用于转移老鼠和大象的沙子和石头

D. Divakaran, E. Altman, G. Post, L. Noirie, P. Primet
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引用次数: 5

摘要

展望未来,本文将介绍在网络中使用称为XLFrames (XLFs)的大尺寸数据包的影响。这种分析的动机是这样一个事实:互联网很快就会出现大量的流量,这些流量必须以放大的线路速率进行处理和切换;这带来了能源效率、网络性能和终端主机性能方面的多重挑战。增加互联网中数据包的大小具有深远的激励作用,否则似乎很难实现。我们预见到一个既能复用数据包(沙子)又能复用xlf(岩石)的互联网。作为第一步,我们分析了在网络中引入xlf的影响,并发现以下几点:(i)数据包头处理的数量大大减少,(ii)而xlf与标准数据包的公平多路复用可以在路由器中使用仔细的队列管理来实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
From Packets to XLFrames: Sand and Rocks for Transfer of Mice and Elephants
Looking into the future, this paper presents the effects of having packets of large sizes, called XLFrames (XLFs), in a network. The analysis is motivated by the fact that the Internet is soon to witness stupendous amounts of traffic that have to be processed and switched at amplifying line rates; and this brings forth multiple challenges in the form of energy efficiency, network performance and end-host performance. Increasing the size of packets in the Internet has far-reaching incentives that otherwise appear hard to achieve. We foresee an Internet that multiplexes both packets (sand) and XLFs (rocks). As a first step, we analyse the effects of introducing XLFs in a network, and find the following: (i) the amount of packet-header processing is greatly reduced, (ii) while the fair multiplexing of XLFs with standard packets can be achieved using a careful queue management in routers.
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