Fast Implementations of RSA Cryptography
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| Citations: | 74 - 6 self |
BibTeX
@MISC{Shand_fastimplementations,
author = {M. Shand and et al.},
title = {Fast Implementations of RSA Cryptography},
year = {}
}
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Abstract
We detail and analyse the critical techniques which may be combined in the design of fast hardware for RSA cryptography � chinese remainders � star chains� Hensel's odd division �a.k.a. Montgomery modular reduction� � carry�save representation � quotient pipelining and asynchronous carry completion adders. A PAM 1 implementation of RSA which combines all of the techniques presented here is fully operational at PRL � it delivers an RSA secret decryption rate over 600Kb�s for 512b keys � and 165Kb�s for 1Kb keys. This is an order of magnitude faster than any previously reported running implementation. While our implementation makes full use of the PAM�s reconfigurability � we can nevertheless derive







