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Towards Cost-Effective Bio-inspired Optimization:A Prospective Study on the GPU Architecture

机译:实现经济高效的生物启发优化:GPU架构的前瞻性研究

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This paper studies the impact of varying the population's size and the problem's dimensionality in a parallel implementation, for an NVIDIA GPU, of a canonical GA. The results show that there is an effective gain in the data parallel model provided by modern CPU's and enhanced by high level languages such as OpenCL. In the reported experiments it was possible to obtain a speedup higher than 140 thousand times for a population's size of 262 144 individuals.
机译:本文研究了不同人口规模和问题的对规范GA的NVIDIA GPU的平行实施中的群体规模和问题的影响。结果表明,现代CPU提供的数据并行模型中有效增益,并通过OpenCL等高级语言增强。在报告的实验中,可以获得高于140万次的加速,占人口的大小为262个144个个体。

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