LRC-RM maps the port range into a compressed bit vector and organizes the bit vectors as an extended balanced binary tree. The corresponding bit vector is retrieved when matching packets, then the bit vector and other fields are sent to TCAM to obtain matching result.
2针对在协议识别端口匹配时出现离散端口与范围端口的问题，为确保线速执行范围匹配，提出了一种降低存储资源的范围匹配算法LRC-RM，将规则中的端口范围映射成压缩位向量，并将位向量组织成扩展平衡二叉树。
In ACF/TCAM, any po in t-to-po in t l in e configuration in which the station on the l in e does not use poll in g and address in g characters
在IBM的通信软件ACM/TCAM中，任何点到点的线路配置，其中线路上的站不使用轮询法和寻址字符。
The potential charge-sharing problem in the AND match-line could be solved also. Don`t-care based low power technique takes the advantage of application future of TCAM.
并利用搜寻时因无关项造成比较符合时与搜循线上的资料无关的特性，可以阻断阶层式搜寻线之资料传递。
In ACF/TCAM, a portion of disk records that resides in an algebraic quarter of a reusable disk message queue s data set.
在IBM的通信系统软件ACF；TCAM中，磁盘记录的一部分，它保存在可再次使用磁盘信息队列数据集的某个四分之一区内。
The paper also discusses the problem of routing update of TCAM. An updating algorithm is proposed, which...
对TCAM的路由更新问题进行了讨论，提出一个最坏情况下O(W 2)的更新算法(W为前缀长度集合的数目)，有效地提高了TCAM的更新性能。
In this paper, we propose a wire-speed routing lookup algorithm, which is based on the TCAM (Ternary Content Addressable Memory), and associated data structure.
该算法充分利用了TCAM的并行查找能力，通过对TCAM空间划分的优化，有效地利用了TCAM的空间。
Second, using the encode method to deal with port number field has the advantage of reducing TCAM entries from 900 to 225 while comparing with the traditional method in the worst case.
第二，使用编码来处理埠号栏位的比对，比原本未经编码的最差情况分布之下，能将TCAM内的条件数从900个项目降低至225个项目，而一般平均的分布里，也有较少的条件数。
In ACF/TCAM, message routing in which a temporary relationship, or routing affinity, is established between a source and a destination;
在通信系统ACF/TCAM中的报文路由选择，其中源和目的地之间建立了临时关系，或称为路由类同。
In ACF/TCAM, the function of a network control program that enables it to emulate a transmission control unit.
IBM通信系统ACF／TCAM中网络控制程序的一种功能，可使该程序仿真传输控制器。
Nowadays the producer adopts the solution based on TCAMC ternary content addressable memory.
目前工业厂商大多采用基于TCAM（三态内容关联存储器）的解决方案。
High power consumption is a major drawback of ternary content - addressable memory (TCAM).
功率消耗大是三态内容寻址存储器（TCAM）的主要缺点之一。
TCAM (Ternary Content Addressable Memory) is a newly emerging hardware lookup technology. It can achieve high-speed routing lookup to meet the demand of the internet development.
三重内容可寻址存储器（TCAM）技术是近年来出现的一种硬件查找技术，它可以实现高速路由查找，满足Internet的发展需求。
TCAM (ternary content addressable memory) is a popular device for fast routing lookup.
是目前流行的一种高速路由查找技术。
This study simplifies SRAM re-lookup process, at the same time achieving the purpose of reducing the TCAM power requirement.
本研究简化了SRAM的再查找过程，同时达到降低TCAM功耗的目的。
The analysis of current route table and identifier mapping table shows that the length of most prefix chains is no more than two. According to this property, entries of TCAM at most need to move once or not by CAO_WTES algorithm.
在实际路由表和标识映射表中，前缀链表的长度大部分不超过2，因此，在本文提出的CAOWTES算法下，表项更新时大多移动1次，或者不需移动。
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.
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 corresponding bit vector is retrieved when matching packets, then the bit vector and other fields are sent to TCAM to obtain matching result.
报文匹配时获取位向量，然后将位向量与其它字段组合查找TCAM得到匹配结果。
Hardware Optimization of TCAM route updating
TCAM路由更新的硬件优化
Using auxiliary hardware units with a variety of optimization strategies to design high-speed pattern matching engine based on high-speed parallel hardware architecture such as AC automaton, Bloom Filter and TCAM became a top research direction.
基于AC自动机、Bloomfilter、TCAM等高速可并行的硬件结构，采用辅助硬件单元和各种优化策略设计合理的方案完成模式的高速匹配，是目前比较热门的研究方向。
By using two layer structure of the index table and the map table to storage the next hop information of the routers, it reduces the storage spaces greatly and makes a good generalization to IPv6. The paper also discusses the problem of routing update of TCAM.
方案使用了索引表和映射表的二级结构存储路由的下一跳信息，大大减小了存储空间，同时对IPv6具有很好的扩展性。