The usual bottleneck in a conventional router is the relentless next - hop route table lookup for the constant stream of incoming packets 常规路由器中常见的瓶颈就是为不断送来的恒定的包流紧张地查找下一跳跃的路由表。
With qbrt , the forwarding decision is based on a full route table lookup to quickly and accurately determine each packet ' s next - hop route 有了qbrt ，转发决策是依据完整的路由表查找，快速、精确地决定每个包的下一跳跃路由。
For conversations that originate within the sql server instance , sql server searches the routing table in the database that created the conversation 对于在sql server实例中发起的会话， sql server会在创建此会话的数据库中的该路由表中进行搜索。
If , according to the gateway s routing tables , the destination address specified in the datagram to be forwarded is not reachable , it will return a 如果根据网关的路由表，数据报中指定的要转发的目的地地址是不可到达的，则网关会向源主机返回icmp的
By using this new algorithm , entries of a node ’ s routing table can be adjusted dynamically to reduce routing delay and improve performance of files access 在路由算法方面,我们对pastry的路由表维护算法做出了改进,提出了一种新的路由表维护算法。
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 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。
If the route table lookup shows that the packet is destined for a nonlocal subnet , the router forwards the packet to the next - hop router using the next - hop router ' s mac address 如果查找路由表显示包的目的地不在本地子网，路由器就利用下一跳路由器的mac地址把包转发给下一跳路由器。
Since the balance program has the option to be configured dynamically , removing or adding servers from balances routing table will not affect connections to other servers 由于balance程序可以动态配置，因此从balance的路由表中删除服务器，或向其中添加服务器，都不会影响到其他服务器的连接。
The way of the transmitted data by traditional router is cpu checking the router table step by step . its transmit frequency can not suffice demand of the current internet development 传统的路由器转发数据的方式是cpu通过逐步查找路由表来完成的,这种转发效率远远不能满足目前因特网的发展需要。
