1.
Implementation and Optimization of the Routing Lookup Sub-system on Router System;
路由器中路由查找子系统的实现和优化
2.
IPv6 Routing Lookup Algorithm Research Based on Prefix Value;
基于前缀值的IPv6路由查找算法研究
3.
Research and FPGA Implementation of IP Lookup Algorithm;
路由查找算法的研究及其FPGA实现
4.
A New Rapid IP Lookup Algothrims for IPv6
一种新的快速IPv6路由查找算法
5.
Research on High Performance IP Route Lookup and Packet Classification;
高性能IP路由查找和分组分类技术的研究
6.
The Study of Routing Lookup Algorithms for Prototype System of Network Processor;
网络处理器原型系统路由查找算法的研究
7.
Research on the Fast Routing Algorithm with Its Realization on FPGA
基于FPGA的快速路由查找算法研究及实现
8.
A New Rapid IP Lookups Algothrims for IPV6
基于分段地址结构的快速路由查找算法
9.
High Speed Routing Lookup and Forwarding Engine Designing Based on TCAM and Muti-core;
基于TCAM和多核处理器的高速路由查找转发引擎设计
10.
A FAST CONTENT ROUTING LOOKUP ALGORITHM ON HASH AND TRIE TREE BASIS
一种基于哈希表和Trie树的快速内容路由查找算法
11.
When designing a router, three critical issues must be addressed: routing lookup, packet switching and output scheduling.
目前制约路由器性能的主要有三个问题：路由查找、分组交换和输出调度。
12.
Research on Multi-Path Finding Algorithms in Reconfigurable Router
可重构路由器中多路径查找方法研究
13.
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。
14.
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。
15.
The Path cannot be found. Check the path and try again!
找不到路径。检查此路径并重试!
16.
Lookups are only supported on table and view pagerowsources.
查找只能由表格和页面来源支持。
17.
Display the current shared library search path.
显示当前共享库查找路径的配置。
18.
Installing the Wireless Alarm to Find the Line Faults Quickly
加装无线报警器以快速查找线路故障