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Enfoque UTE

On-line version ISSN 1390-6542Print version ISSN 1390-9363


CHAVEZ, Fredy Yasmany  and  GALVEZ LIO, Daniel. Application of the CUDA programming model in the simulation of genetic sequences evolution. Enfoque UTE [online]. 2017, vol.8, n.2, pp.78-93. ISSN 1390-6542.

Simulation is a powerful approach in the study of the molecular evolution of genetic sequences and their divergence over time; there are different procedures for the simulation of molecular evolution, but all of them have high computational complexity, and in most cases the genetic sequences have large size, increasing the execution time of the implementations of those procedures. Based on this problem, this paper describes a proposal of parallelization model using CUDA technology and the results of this proposal are compared with its sequential equivalent.

Keywords : simulation; evolution model; Markov; parallel programming; CUDA..

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