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基于模型设计的AES电路实现 被引量:1

The implementation of AES circuit model-based design
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摘要 为了进一步强调基于模型设计在电路系统级建模中的重要性,详细研究了128位AES加密算法,采用基于模型设计的设计流程,包括算法的建模、代码自动生成、调试,并利用XILINX公司Zed Board板卡完成了电路的设计与验证。实验结果表明基于模型设计的AES电路,不仅消耗逻辑资源较少,而且电路性能符合实时系统地需求,可作为工程人员采用基于模型设计流程实现电路提供借鉴。 In order to emphasize the importance of model-based design in the circuit system level model, detailed research 128 bit AES encryption algorithm, and used model-based design process, including algorithms for modeling, automatic code generation, debugging, and use the XILINX Zed Board card to complete the design and the verification of circuit. Experimental resuits show that the AES circuit model-based design,not only consume less logic resources,but also meets the requirements of real-time system circuit performance, and can provide a reference for the engineers to circuit implementation using modelbased design.
作者 聂阳
出处 《电子设计工程》 2015年第13期158-160,共3页 Electronic Design Engineering
基金 内蒙古自治区高等学校科学研究项目(NJZZ14288) 集宁师范学院科学研究项目(jsky2014037)
关键词 基于模型设计 算法 AES FPGA model-based design algorithm AES FPGA
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参考文献5

  • 1Auger D.Programmable hardware systems using model-based design [C]//Proceedings of lET and Electronics Weekly Conference on Programmable Hardware Systems, London, 2008:11-15.
  • 2The Mathworks. Model-Based Design [EB/OL].http://www.m- athworks.com/model-based-design/.
  • 3National Institute of Standards and Technology,Federal Info- rmation Processing Standards Publication[S]. 1977.
  • 4Guido Bertoni, Luca Breveglieri, Efficient software implementation of AES on 32-bit platforms[C]. CHES 2002, Lecture Notes in Computer Science.Volume 2523, 2003: 159-171.
  • 5Hakhamaneshi B. . A Hardware Implementation of the Advanced Encryption Standard Using System Verilog [R]. Master of Science Project Report, California State University Computer Engineering Department, 2009:65-89.

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