2011Electronic Design EngineeringRequires access

Power analysis research and DPA implementation of AES cryptography based on FPGA

Qian Dan

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Abstract

Differential Power Analysis(DPA) is cracked AES cryptographic algorithm most effective a attack technology,to prevent this kind of attack technology based on FPGA build experimental platform to achieve AES encryption algorithm,based on this attack DPA stands on through the mask technology and mask technology AES encryption algorithm to optimize and improve.Through the experiment proved that the improved algorithm can effectively prevent the AES DPA stands against.

About this research paper

What this paper is about

Differential Power Analysis(DPA) is cracked AES cryptographic algorithm most effective a attack technology,to prevent this kind of attack technology based on FPGA build experimental platform to achieve AES encryption algorithm,based on this attack DPA stands on through the mask technology and mask technology AES encryption algorithm to optimize and improve.Through the experiment proved that the improved algorithm can effectively prevent the AES DPA stands against.

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Key contribution

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Method / approach

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Available abstract

Differential Power Analysis(DPA) is cracked AES cryptographic algorithm most effective a attack technology,to prevent this kind of attack technology based on FPGA build experimental platform to achieve AES encryption algorithm,based on this attack DPA stands on through the mask technology and mask technology AES encryption algorithm to optimize and improve.Through the experiment proved that the improved algorithm can effectively prevent the AES DPA stands against.

Key concepts: Power analysis, Advanced Encryption Standard, AES implementations, Field-programmable gate array, Cryptography, Computer science, Encryption, Embedded system

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