Packet transfer delay of the SRP ring

D. Schupke
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引用次数: 9

Abstract

Based on queuing theory, we develop an analytical approximation for low and high priority packet delays in a spatial reuse protocol (SRP) ring. SRP is a MAC layer protocol for ring based media (e.g., optical rings) that can carry IP and ATM client (prioritized) traffic (see Tsiang, D. and Suwala, G., "The Cisco SRP MAC Layer Protocol", RFC 2892, 2000). This protocol is one basis for the evolution of the currently standardized resilient packet ring, IEEE 802.17 (see http://www.ieee802.org/rprsg/). We develop approximative formulae for the transfer delay on a SRP ring and determine the maximum network throughputs for a traffic pattern. The formulae are instrumental in performance considerations and in quasi-validations of simulators.
SRP环的报文传输延时
基于排队理论,我们开发了空间复用协议(SRP)环中低优先级和高优先级数据包延迟的解析近似。SRP是一种MAC层协议,用于基于环的媒体(例如,光环),它可以承载IP和ATM客户端(优先级)流量(参见jiang, D.和Suwala, G.,“思科SRP MAC层协议”,RFC 2892,2000)。该协议是目前标准化的弹性分组环IEEE 802.17演进的基础之一(参见http://www.ieee802.org/rprsg/)。我们开发了SRP环上传输延迟的近似公式,并确定了一种流量模式下的最大网络吞吐量。这些公式有助于性能考虑和模拟器的准验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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