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园区andthe网络 | 家庭/个人应用 2022-08-28 54 0star收藏 版权: . 保留作者信息 . 禁止商业使用 . 禁止修改作品
无论何种范围大小的企业园区都需要高度可用及安全、智能的网络基础设施,为话音、视频、无线和关键任务数据使用等业务解决方案提供支持。要想提供这种可靠的网络基础设施,必须将由构成园区整个系统的部件故障而引发的运行中断降至最低限度。理解系统如何从部件停运(包括方案内停运和故障)中恢复,以及停运过程中可能生成的行为,在高可用安全园区网络的设计、升级和运行过程中,无疑是一个关键步骤。本文对这些文章中所描述的园区网络设计的故障恢复进行了分析,包括下列章节:概述,第2页第三层核心的收敛——结果与分析,第7页第三层分布和第二层接入的收敛——结果与分析,第12页第三层分布和的第三层可路由接入的收敛——结果与分析,第33页测试所用配置,第41页目标读者本文的目标读者是负责园区网络设计的思科系统工程师和客户工程师,本文也可帮助运营人员及其他员工理解现有生产园区网络可能的收敛行为。
本资料共包括以下附件:
高可用性园区网络故障恢复分析.pdf....


(Enterprise campuses of any size need a highly available and secure, intelligent network infrastructure to support business solutions such as voice, video, wireless and mission-critical data usage. Providing this reliable network infrastructure requires minimal disruption to operations caused by the failure of the components that make up the entire system of the campus. Understanding how a system recovers from component outages (including intra-scheme outages and failures), and the behavior that may result during an outage, is undoubtedly a critical step in the design, upgrade, and operation of a highly available and secure campus network. This article provides an analysis of the failure recovery of the campus network designs described in these articles and includes the following chapters: Overview, Page 2 Convergence of the Layer 3 Core - Results and Analysis, Page 7 Layer 3 Distribution and Layer 2 Convergence of Access - Results and Analysis, p. 12 Convergence of Layer 3 Distribution and Layer 3 Routable Access - Results and Analysis, p. 33 Configurations Tested, p. 41 Intended Audience Who Should Read This Article As a Cisco systems engineer and customer engineer responsible for campus network design, this article also helps operations and other staff understand the possible convergence behavior of existing production campus networks.
This document includes the following attachments:
High Availability Campus Network Failure Recovery Analysis.pdf....)

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