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- In this dissertation, a Multiple Next Hop routing algorithm is first proposed, which improves single path routing algorithm. 首先，本文提出一种多选跳路由算法(MNH)，这是一个改进的单径路由算法。
- multi next hop 多下一跳
- NHRP Next Hop Routing Procedure 下一次跳跃式传输的路由选择规程,下一段选路过程
- The routing engine determines the next hop on the shortest route. 路由引擎确定最短路径中的下一跃点。
- The next page explains how a next hop is chosen. 下一页解释下一个跳跃是如何被选择。
- The next hop host is the actual routing address and the next hop type determines how the advanced queuing engine handles the message. 下一跃点主机是实际的路由地址,下一跃点类型决定了高级排队引擎如何处理邮件。
- The routing engine informs the advanced queuing engine, in the next hop type information, that the next hop is currently unreachable. 路由引擎通过下一跃点类型信息通知高级排队引擎下一跃点当前不可达。
- The routing engine returns the FQDN of the recipient's home server to the advanced queuing engine to indicate the next hop host. 路由引擎将收件人主服务器的FQDN返回给高级排队引擎,以指示下一跃点主机。
- The least cost routing path calculation is used to determine a backoff path when message delivery to the next hop fails. 通过计算开销最低的路由路径,以确定在将邮件传递到下一个跃点失败时的回退路径。
- Exchange routing chooses the optimal path and locates the next server for a message to make its next hop to, giving this "next-hop" server name to queuing. Exchange路由选择最佳路径,并找到邮件的下一跃点服务器,然后将此“下一跃点”服务器的名称提供给队列。
- The command establishes a connection to the next hop if it is possible. 如果可能,该命令将与下一个跃点建立连接。
- The next hop router then routes the datagram to the next router in the cycle. 下一个跳跃路由器随后绕送资料元到循环中的下一个路由器。
- This page will explain how a router determines the next hop for a packet. 本页将解释路由器是如何决定封包的下一个跳跃。
- If that next hop is congested, the packet can be delayed inside the router. 如果下一站不能接受新的包，则他们就一直停留在这个路由器上。
- This router represents the next hop on the way to the final destination. 此路由器代表到最终目的地路上的下一个跳跃。
- Given: destination address A routing table R.Find: a next hop and interface used to route datagram to A. 流量测量通常出现在支持服务等级的网络中，用于发现流量模式，确定一种合适的服务等级。
- This section contains the route to the first hop routing group that can be use to route mail to a remote routing group. 此节包含指向第一个跃点路由组的路由,可用于将邮件路由到远程路由组。
- The routing engine then determines the next hop on the shortest route that the advanced queuing engine should use for message transfer. 然后,路由引擎确定高级排队引擎应当用来传输邮件的最短路径中的下一跃点。
- Routing functions are required to ensure that the datagrams can reach the remote host and if the next hop router in the route is accessible. 这种情况下，必需有路由选择功能来保证所要传输的数据包能够到达目标端，并判断该路由中的下一个中转站可以访问。
- In a routing cycle, a router sends the datagram to the next hop router and thinks the next hop router will route the datagram to the correct destination. 在路由循环中，路由器传送资料元给下一个跳跃路由器，且认为下一个跳跃路由器将绕送资料元到正确的目的地。
