Evaluation of Cryptographic Algorithms over an all Programmable SoC (AP SoC) Device
Iván Gutiérrez Agramont, Humberto Calderón
This paper runs an evaluation of cryptographic algorithms
(block ciphers and public key ciphers) in an All Programmable
SoC (AP SoC) device, comparing time, power consumption on
two different test beds a PC and the AP SoC, with a taxonomy
work done comparing all the previous papers about
cryptographic algorithms implemented on FPGAs. The
outcomes show that AES and RSA are the fastest in user time
and both being well known cryptographic algorithms being
AES the fastest with 39139 sec. and RSA with 58964 sec.
which means that in 1 sec; 2.55 AES algorithm is run and 1.69
RSA is run in the AP SoC that consumes 0,279W for 100K
iterations. Full Text
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