伽罗瓦域GF2^128乘法器的设计

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1、摘要本文是在理解伽罗瓦域乘法器工作原理的基础上，设计一个伽罗瓦域乘法器，并通过verilog硬件描述语言，用Modelsim，Synplify软件对其进行仿真，综合。关键词：伽罗瓦域乘法器　　Verilog仿真综合AbstractThisarticleisinunderstandingtheworkingprincipleofGaloisfieldmultiplierbasedonthedesignofaGaloisfieldmultiplier,andthroughtheveriloghardwaredescrip

2、tionlanguage,withModelsim,Synplifysoftwarefromsimulation,synthesis.Keywords:GaloisFieldMultiplierSimulationsynthesis目录摘要.............................................................................................................................................

3、.............................1Abstract.................................................................................................................................................................2正文...........................................................

4、...............................................................................................................4一、课题及设计要求.....................................................................................................................................4a）课题内容

5、.....................................................................................................................................................4b）设计要求.........................................................................................................

6、............................................4二、伽罗瓦域背景介绍...............................................................................................................................4a）域和伽罗瓦域......................................................................

7、.....................................................................4b）伽罗瓦域两种操作——加法与乘法.............................................................................................4三、算法描述..........................................................................

8、...........................................................................4四、设计过程...........................................................................................