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Design and Implementation of Martini based Layer 2 VPN

机译:基于Martini的第二层VPN的设计与实现

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A VPN is a network composed of hosts and system in different locations. In the past, the most common way to connect these sites was to use an ATM or Frame Relay leased line, supplied by a service provider. These were traditionally straightforward to provide, as service provider networks were often implemented using a variety of protocols including ATM and Frame Relay. Recently, service providers have been looking at alternative technologies for creating VPN solutions. For supporting Layer 2 VPN service, MPLS protocol such as LDP, RSVP-TE should be implemented for supporting LSP and LDP proposed by Martini or BGP extended by Kompella. Also, MPLS protocol should be implemented for negotiating the specific Virtual Circuit. In this paper, we implement the Layer 2 VPN that is controlled by Martini protocol and Static. And we evaluate the Layer 2 Data Traffic including both LSP protection and QoS features
机译:VPN是由位于不同位置的主机和系统组成的网络。过去,连接这些站点的最常见方法是使用由服务提供商提供的ATM或帧中继租用线路。传统上,提供这些服务很简单,因为通常使用包括ATM和帧中继在内的各种协议来实现服务提供商网络。最近,服务提供商一直在寻找用于创建VPN解决方案的替代技术。为了支持第2层VPN服务,应实现LDP,RSVP-TE等MPLS协议,以支持Martini提出的LSP和LDP或Kompella扩展的BGP。同样,应该实现MPLS协议来协商特定的虚拟电路。在本文中,我们实现了由Martini协议和Static控制的第2层VPN。并且我们评估了包括LSP保护和QoS功能在内的第2层数据流量

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