边界路由器多播机制能有效地支持MPLS网络环境下的IP多播问题。
This BRM mechanism can support IP Multicast in MPLS domain effectively.
确保服务的实现依赖于在边界路由器执行的数据包标记策略和在核心路由器执行的队列管理策略。
The Assured Services architecture relies on packet marking mechanism at the edge router, and queue management mechanism at the core router.
提出了一种基于边界路由器的远程路由计算和查找方法，以边界路由器为核心计算远程路由信息，查找时通过路径长度比较实现最短路径的选择。
A new method which computes remote routing based on the border routers, was presented and finds the appropriate route by comparing the length of routing.
这个循环会不断重复，并随着单断和重整连接以发出边界网关协议更新信息波至互联网的每一台路由器。
This cycle would repeat, with the single breaking and reforming link sending out waves of BGP updates to every router on the Internet.
短时间以后，两个被隔离的路由器会重新连接并发去其自己的边界网关协议更新信息，一旦攻击再开始，其会使它们再次断开。
A short time later, the two sundered routers would reconnect and send out their own BGP updates, upon which attack traffic would start flowing in again, causing them to disconnect once more.
当通信路径改变，附近的路由器会通过一个名为边界网关协议(border gateway protocol,bgp)的系统告知邻近的路由器。
When a communication path changes, nearby routers inform their neighbours through a system known as the border gateway protocol (BGP).
当通信路径改变，附近的路由器会通过一个名为边界网关协议(border gateway protocol,bgp)的系统告知邻近的路由器。
When a communication path changes, nearby routers inform their neighbours through a system known as the border gateway protocol (BGP).
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