每个路由器的路由表显示了到达目的地址的最佳路径，对于要有几跳的地址，它显示出最佳的下一跳路由器。
Each router's routing table shows the best route to the destination address; for addresses that may be several hops away, it shows the best next-hop router.
这些路由器依次将之告诉其邻近的路由器，最终新路径的信息传播至整个互联网。
These routers inform other neighbours in turn, eventually spreading knowledge of the new path throughout the internet.
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).
论述路由器在网络通信中的工作原理，引出了路由器在通信时的路径选择问题。
The paper discusses the work principle of the router in network correspondence, and introduces the path choice problem for routers in communication.
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.
连接路由器B、E与路由器A、D的路径需要大带宽，输送合并的流量在企业和分部之间。
The pathways between routers B and E and routers A and D need larger-bandwidth pipes to consolidate the traffic between corporate divisions.
连接路由器B、E与路由器A、D的路径需要大带宽，输送合并的流量在企业和分部之间。
The pathways between routers B and E and routers A and D need larger-bandwidth pipes to consolidate the traffic between corporate divisions.
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