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Gateway redundancy protocols

机译:网关冗余协议

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This paper covers how to increase the availability of data networks. Issue of high available services is very actual today. Redundancy is usually solved by the Spanning Tree Protocol on the 2nd layer of ISO/OSI model. This paper is dedicated to redundancy on 3rd layer of ISO/OSI model. The goal of paper is to explore possible solutions for the default gateway redundancy to increase availability of external networks. The survey is focused on FHRP (First Hop Redundancy Protocol) protocols, description of their functionality, network communication, and basic configuration. Next aim of the paper is comparison of these protocols and real time measurements of protocol performance. Outcome of the paper is functional description of HSRP, VRRP and GLBP protocols. Meaning of parameters in communication messages of HSRP and VRRP protocols is explained further. Paper contains basic configuration for every protocol with brief explanation of configuration commands. Measurements delay of choosing new active gateway has been performed on physical topology with physical devices. Latest version of FHRP was used during these measurements. The measured results indicate that performance of tested FHRP protocols is almost equivalent.
机译:本文介绍了如何提高数据网络的可用性。发行高可用性服务是非常实际的。冗余通常由ISO / OSI模型的第二层上的生成树协议解决。本文致力于在第3层ISO / OSI模型上冗余。纸张的目标是探讨默认网关冗余的可能解决方案,以增加外部网络的可用性。该调查专注于FHRP(第一跳冗余协议)协议,其功能描述,网络通信和基本配置。本文的下一个目的是对这些协议的比较和协议性能的实时测量。本文的结果是HSRP,VRRP和GLBP协议的功能描述。进一步解释了HSRP和VRRP协议的通信消息中参数的含义。纸张包含每个协议的基本配置,具有简要说明配置命令。使用物理设备对物理拓扑进行了选择新的活动网关的测量延迟。最新版本的FHRP在这些测量期间使用。测量结果表明,测试的FHRP协议的性能几乎是等效的。

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