基于内容可寻址存储器的信息检测系统的FPGA实现

M. Soni, P. Dakhole
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引用次数: 6

摘要

CAM(内容可寻址内存)是一种专用类型的高速内存,它在一个时钟周期内搜索其全部内容。采用双端口RAM(随机存取存储器)结构设计通用CAM,在进行读写操作的同时进行匹配操作,在尽可能减少系统资源消耗的同时具有快速的搜索能力。与其他搜索算法相比,CAM提供了性能优势,因为搜索是基于内容而不是地址的,这与RAM不同。我们的CAM结构匹配速度更快,资源更有效。CAM用于对搜索时间要求非常严格的应用中。内容寻址存储器将输入搜索数据与存储数据和匹配数据的返回地址进行比较。因此,CAM的总体功能是获取搜索词并返回匹配的内存位置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FPGA implementation of content addressable memory based information detection system
CAM (content-addressable memory) is a specialized type of high-speed memory that searches its entire contents in a single clock cycle. We are designing generalized CAM using Dual Port RAM (random access memory) structure which will perform match operation in addition to read and write operation .The design has fast search capabilities while consuming least system resources as possible. CAM provides performance advantage over other search algorithms as searching is based on content rather than address unlike RAM. The match time of our CAM structure is faster and resources are more effective. CAM is used in application where search time is very critical. content addressable memory compare input search data against stored data and return address of matched data. Thus overall function of CAM is to take search word and return matching memory location.
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