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所在平台: Udemy |
课程主页: https://www.udemy.com/course/mikrotik-internetworking-engineer-with-labs-mtcine/
课程评论：没有评论
课程名称：MikroTik 网络工程师与实验室（RouterOS v6） 课程概述：该课程并非官方由MikroTik赞助，也不是MikroTik授权课程。我们与MikroTik没有任何关联或认可。我们尊重该公司和机构的商标。MikroTik MTCINE是MikroTik课程中最具挑战性和复杂性的课程轨道，实际上是所有MikroTik课程中的唯一高级课程，其前提是需要完成MTCNA和MTCRE课程。鉴于该课程的复杂性，我设计了此课程，详细讲解MTCINE轨道的所有主题，并通过实验室演示边界网关协议（BGP）和多协议标签交换（MPLS）这两个被认为是非常高级的话题，这些内容在互联网服务提供商（ISP）的网络中得到了应用。 在本课程中，我将涵盖以下主题： - 自治系统（AS）概述 - 边界网关协议（BGP）基础 - 路径向量算法 - BGP传输及数据包类型 - iBGP与eBGP的区别 - Stub网络场景及私有AS的去除 - 非Stub场景 - iBGP和eBGP多跳及回环用法 - 路由分发和路由过滤器 - BGP最佳路径选择算法 - BGP前缀属性及其使用 - BGP路由反射器和联盟 - MPLS基本知识 - 静态标签映射 - 标签分发协议（LDP） - 倾前跳弹出 - MPLS跟踪路由差异 - 基于LDP的VPLS隧道 - 桥接拆分地平线 - 基于BGP的VPLS - 基于BGP的三层隧道（L3VPN） - 流量工程及其工作原理 - RSVP、静态路径、动态路径（CSPF） - 带宽分配和带宽限制的差异及设置 所有的课程基于实验室进行，因此我建议您使用GNS3配合MikroTik CHR镜像，以便跟随本课程，因为在一些实验室中，您需要运行7个MikroTik路由器。 如果您希望掌握MTCINE轨道的主题，建议您注册我的课程，我会帮助您实现目标。
This course is not officially sponsored by MikroTik and not an authorized course by MikroTik. We are neither affiliated with nor endorsed by MikroTik. We respect the Trademarks of the mentioned company and institution.MikroTik MTCINE is the hardest and the more complex course track in MikroTik. Actually it is the one and only advanced course between all MikroTik courses and it requires as a pre-requisite the MTCNA course as well as MTCRE course.As being a complex course, I have decided to design this course in which I explain all topics of the MTCINE track. In this course, I will explain and do LABS about the Border Gateway Protocol (BGP) and Multiple Protocol Label Switching (MPLS) which are both considered very advanced topics and implemented inside the networks of the Internet Service Provider (ISP).So in this course, I will cover the following topics:• What is Autonomous System (AS)• What is Border Gateway Protocol (BGP)?• Path Vector algorithm• BGP Transport and packet types• iBGP and eBGP• Stub network scenarios and private AS removal• Non-stub scenarios• iBGP and eBGP multi-hop and loopback usage• Route distribution and routing filters• BGP best path selection algorithm• BGP prefix attributes and their usage• BGP route reflectors and confederations• MPLS basics• Static label mapping• Label Distribution Protocol (LDP)• Penultimate-hop-popping• MPLS traceroute differences• LDP based VPLS tunnels• Bridge split horizon• BGP based VPLS• BGP based layer3 tunnels (L3VPN)• What is traffic engineering and how it works• RSVP, static path, dynamic path (CSPF)• Bandwidth allocation and bandwidth limitation differences and settingsAll my courses will be based on LABS, so I advice you to run GNS3 with MikroTik CHR image to be able to follow this course because in some LABS you require to run 7 MikroTik Routers in 1 LAB.Finally, if you want to master the topics of the MTCINE track, I advise you to enroll in my course and I will help you with your mission.
