规则服务为通用逻辑解析实际的路由查找。
The rule services resolve the actual route lookup for the generic logic.
这些特点说明了路由查找技术研究的意义和难度。
Therefore, the study of route lookup is very important, but difficult.
设计快速的路由查找算法是提高路由器整体性能的关键之一。
The design of fast route lookup algorithms is one of the key solutions to enhance the router's overall performance.
该结构在低功耗高速路由查找引擎的设计中是一个较好的选择。
It is a good selection in the design of high speed power-efficient routing table search engine.
并针对IPV 6可聚类的全局单播地址，提出面向IPV6的路由查找算法。
And then based on IPV6 Aggregatable Global Unicast Address, routing algorithm for IPV6 was represented.
根据TCAM的可配置特性，提出了基于TCAM的二级路由查找，大大降低了TCAM的功耗。
Based on their configurable property, this paper proposes two-step routing lookup algorithms based on TCAM, which reduces the consumption efficiently.
着重分析了RILS和传统IP网络的路由查找性能，并采用仿真对它们的可扩展性进行了比较。
The focus is put on the analytical comparison of routing lookup performance between RILS and the traditional IP networks and the simulation-based comparison of their scalability.
对于集群路由器面临的问题，本文依次从软件平台、负载模型、负载均衡、路由查找等方面展开研究。
This thesis discusses some problems of router cluster, such as software platform, traffic model, load balance, and address lookup.
本文详细介绍了TCAM器件在高速路由查找中的应用及其管理算法，同时重点给出了TCAM器件的FPGA实现。
The article describes the use of TCAM device in routing table search and its algorithm of manage and pays much attention to the implementing of TCAM device in FPGA.
您还可能通过一个端点查找原语来具体化路由。
You might also choose to externalize the routing using an endpoint lookup primitive.
为了检查查询是否确实被路由到MQT，您可以使用SQLExplain实用程序获得由优化器选择的QueryExecutionPlan，并在计划中查找MQT访问。
To check whether the query does indeed get routed to the MQT, you can get the query Execution plan chosen by the optimizer using the SQL Explain utility and look for MQT access in the plan.
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。
If the route table lookup shows that the packet is destined for a non-local subnet, the router forwards the packet to the next-hop router using the next-hop router's MAC address.
将邮件路由到这些发送连接器时，将使用为源服务器配置的外部DNS查找设置来解析传递目标的IP地址。
When messages are routed to these Send connectors, the external DNS lookup Settings that are configured for the source server are used to resolve IP addresses for the delivery destination.
IP路由表查找是实现高性能路由器的主要瓶颈。
IP routing table lookup is a major bottleneck for high performance routers application.
路由表的组织和查找方法。
该文提出了几种基于源转发树路由结构的多播路由表查找方案，并给出实验结果比较。
This paper gives several solutions of multicast route table lookup based on source-based route structure. And it gives experiment results and performance comparisons.
查找路由表以给出下一跳地址是路由器中分组转发的核心步骤，因此快速的路由查表算法是实现高速分组转发的关键。
Routing lookup plays a key part of packet forwarding, so fast IP address lookup algorithm is the significant part of high speed packet forwarding.
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.
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。
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.
介绍了一种实现组播路由快速查找的方法。
This paper introduces a method for high speed IP multicast routing lookup.
如何提高路由器的查找转发效率已经成为众多专家学者和公司研发工作人员研究的重点。
Many router developers and researchers have done a lot of work on how to improve the look up and forwarding rate.
现代核心路由器对查找速率、表项更新速度、查找表容量等提出越来越高的要求。
The modern core router puts forward higher and higher standards on the speed of updating table, look-up rate and capacity of look-up table.
现有对等网覆盖路由模型只适应精确查找，存在不支持语义查询的缺点。
Peer-to-peer overlay route model is able to query accurately, but does not sustain semantic query.
该算法使得节点能在短时间内查找到有效的资源，减少了查询信息量，缩短了路由路径，提高了搜索效率。
When searching, peers can find resource in the shortest time. So the routing distance and searching message are reduced, and the network efficiency is improved.
该路由结构的特点是：（1）结合了树结构和流结构，使该路由结构不仅能够快速查找，而且还能够适应动态的节点加入或离开；
The features of this routing structure are:(1) Combining tree and flow structure, which not only can lookup fast, but also can adapt to the dynamic node join or leave;
路由器处理外发数据包并查找HTTP流量；
The router processes outgoing packets and looks for HTTP traffic;
路由器处理外发数据包并查找HTTP流量；
The router processes outgoing packets and looks for HTTP traffic;
应用推荐