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Systems and methods for a self-healing carrier ethernet topology

机译:用于自我修复的载波以太网拓扑的系统和方法

摘要

Systems and methods for self-healing Ethernet topologies which are compatible with PBT, which use standards-based protocols, which do not self-configure, and which use Ethernet OAM are provided. Interconnected nodes are configured with a primary and secondary path which is determined by VLANs, MPLS label, Provider Backbone Bridge Traffic Engineering (PBB-TE) VLAN ID (VID), Frame Relay (FR), Asynchronous Transfer Mode (ATM) Virtual Circuits (VCs), and the like. One or more head-end nodes are designated for terminating each path and for performing cross-connects between the primary and secondary paths. IEEE 802.1ag Continuity Check Messages (CCM) are transmitted by all nodes on both the primary and secondary routes. Responsive to a loss of a predetermined number of CCM messages, traffic is switched to the secondary route. In non-fault conditions, both the paths for the primary and secondary routes can carry traffic.
机译:提供了用于与PBT兼容的自修复以太网拓扑的系统和方法,该系统和方法使用基于标准的协议,该协议不能自配置,并且使用以太网OAM。互连的节点配置有主要路径和辅助路径,该路径由VLAN,MPLS标签,提供商骨干网桥流量工程(PBB-TE),VLAN ID(VID),帧中继(FR),异步传输模式(ATM)虚拟电路确定( VCs等)。指定一个或多个头端节点以终止每条路径并执行主路径和次路径之间的交叉连接。 IEEE 802.1ag连续性检查消息(CCM)由主要和辅助路由上的所有节点传输。响应于丢失预定数量的CCM消息,流量被切换到辅助路由。在非故障情况下,主路径和辅助路径的路径都可以承载流量。

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