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Performance Analysis of a Symmetric Cryptographic Algorithm on Multicore Architectures

Adrian Pousa, Victoria Sanz, Armando de Giusti
Instituto de Investigacion en Informatica LIDI – School of Computer Science, National University of La Plata
Computer Science & Technology Series XVII Argentine Congress of Computer Science Selected Papers, 2012
@article{pousa2012performance,

   title={Performance Analysis of a Symmetric Cryptographic Algorithm on Multicore Architectures},

   author={POUSA, ADRI{‘A}N and SANZ, VICTORIA and DE GIUSTI, ARMANDO},

   year={2012}

}

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In this paper, a performance analysis of the symmetric encryption algorithm AES (Advanced Encryption Standard) on various multicore architectures is presented. To this end, three implementations based on C language that use the parallel programming tools OpenMP, MPI and CUDA to be run on multicore processors, multicore clusters and GPU, respectively, were carried out. The efficiency obtained by the CUDA implementation of the algorithm as input data size increases is shown.
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