Multi-operation cryptographic engine: VLSI design and implementation

Multi-operation cryptographic engine: VLSI design and implementation

The environment of smart card lacks of system resources but the commercial and economic transactions via smart cards demand the use of certificated and secure cryptographic methods. In this paper a cryptographic approach in hardware for smart cards is proposed. The proposed system supports two basic...

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Veröffentlicht in:Journal of physics. Conference series 2005-01, Vol.10 (1), p.377-380
Hauptverfasser: Selimis, George, Koufopavlou, Odysseas
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Sprache:eng
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Algorithms
Cards
Cryptography
Integrated circuits
Physics
Power consumption
Smart cards
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description The environment of smart card lacks of system resources but the commercial and economic transactions via smart cards demand the use of certificated and secure cryptographic methods. In this paper a cryptographic approach in hardware for smart cards is proposed. The proposed system supports two basic operations of cryptography, authentication and encryption. The basic component of system is the one round of DES algorithm which supports the DES, Triple DES and the ANSI X9.17 standards. The proposed system is efficient in terms of area resources and techniques for low power consumption have applied. Due to the fact that the system is for smart card applications the overall throughput outperforms the typical smart card throughput standards.
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subjects Algorithms
Cards
Cryptography
Integrated circuits
Physics
Power consumption
Smart cards
title Multi-operation cryptographic engine: VLSI design and implementation
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