Auto Discover Virtual Private Network Using Border Gateway Protocol Route Reflector

S. Budiyanto, Ch Surya Aprihansah, L. M. Silalahi, Imelda Uli Vistalina Simanjuntak, Freddy Artadima Silaban, A. D. Rochendi
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引用次数: 2

Abstract

VPN (Virtual Private Network) is one of the communication technologies that allows users to connect to public networks and allows to use, send, and get information as if the network were a private network. However, a VPN becomes complicated if a company has branch offices spread across many places and implements a full mesh method. In a full mesh network, each branch office is required to be able to communicate with the head office or fellow branch offices, so each branch office must make BGP (Border Gateway Protocol) peer to the head office and also to other branch offices. BGP route reflector is one solution in implementing a full mesh network. The experimental hypothesis in this study uses BGP Non-Route Reflector requires 15 BGP Peers while the results of this research using BGP Route Reflector only require 5 BGP Peers. By using BGP Route Reflector is no longer needed to create BGP Peer at each branch office to the head office, then the head office will be Reflectors for all existing routers. The conclusion in this research can be stated that the entire network can automatically find other networks that are integrated. Network quality testing found that the highest jitter occurred at 9.76 ms while for the highest packet loss at 2.15%.
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使用边界网关协议路由反射器自动发现虚拟专用网
VPN (Virtual Private Network)是一种通信技术,它允许用户连接到公共网络,并允许用户像使用专用网络一样使用、发送和获取信息。但是,如果公司在许多地方都有分支机构并实现全网格方法,则VPN就会变得复杂。在全网状网络中,每个分支机构都需要能够与总部或其他分支机构通信,因此每个分支机构都必须与总部和其他分支机构建立对等体BGP (Border Gateway Protocol)。BGP路由反射器是实现全网状网络的一种解决方案。本研究中使用BGP非路由反射器的实验假设需要15个BGP对等体,而使用BGP路由反射器的研究结果只需要5个BGP对等体。通过使用BGP路由反射器,不再需要在每个分支机构创建到总部的BGP对等体,那么总部将成为所有现有路由器的反射器。本研究的结论是,整个网络可以自动找到其他被整合的网络。网络质量测试发现,最高抖动发生在9.76 ms,而最高丢包率为2.15%。
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