Download Cryptographic Algorithms on Reconfigurable Hardware by Francisco Rodriguez-Henriquez, N.A. Saqib, Arturo Díaz PDF

By Francisco Rodriguez-Henriquez, N.A. Saqib, Arturo Díaz Pérez, Cetin Kaya Koc

This ebook covers the examine of computational equipment, desktop mathematics algorithms, and layout development innovations had to enforce effective cryptographic algorithms in FPGA reconfigurable systems. The innovations and methods reviewed during this booklet will make unique emphasis at the sensible points of reconfigurable layout, explaining the fundamental arithmetic comparable and giving a complete description of cutting-edge implementation suggestions. The authors express how high-speed cryptographic algorithms implementations might be accomplished on reconfigurable units with no posing prohibited excessive standards for assets. the cloth during this e-book should be of curiosity to engineering pros, programmers, designers, and graduate scholars attracted to the advance of protection and cryptographic mechanisms at a beginning/intermediate level.

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Significant technical advances have led to architectures that combine FPGA's logic blocks and interconnect matrices, with one or more microprocessors and memory blocks integrated on a single chip. This hybrid technology is called Configurable System-on-Chip (CSoC). Examples of the CSoC technology are the Xihnx Virtex-II PRO, and the Virtex-4 and Virtex-5 FPGA families, which include one or more hard-core PowerPC processors embedded along with the FPGA's logic fabric [398, 396, 397]. Alternatively, soft processor cores that are implemented using part of the FPGA logic fabric are also available.

Encryption and decryption usually make use of a key^ and the coding method use this key for both encryption and decryption. Once the plaintext is coded using that key then the decryption can be performed only by knowing the proper key. Cryptography falls into two important categories: secret and public key cryptography. Both categories play their vital role in modern cryptographic applications. For several crucial applications, a combination of both secret and public key methods is indispensable.

M E S S A G E Iniciator rv M E S S A G E Fig. 6. Basic Digital Signature/Verification Scheme Public key cryptosystems can be used for generating digital signatures^ which cannot be repudiated. The concept of digital signature is analog to the real-world autograph signature, but it is more powerful as it also protects against malicious data modifications. A digital signature scheme is based in two algorithms: signature and verification as explained below. ^(^A){'^) A encrypts the result ci using B's public key and send the result to B, • B recovers m by performing.

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