首页> 外文会议>2016 16th IEEE International Conference on Computer and Information Technology >Particle Swarm Stepwise Algorithm (PaSS) on Multicore Hybrid CPU-GPU Clusters
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Particle Swarm Stepwise Algorithm (PaSS) on Multicore Hybrid CPU-GPU Clusters

机译:多核混合CPU-GPU集群上的粒子群逐步算法(PaSS)

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Variable (feature) selection is a key component in artificial intelligence. One way to perform variable selection is to solve the information-criterion-based optimization problems. These optimization problems arise from data mining, genomes analysis, machine learning, numerical simulations, and others. Particle Swarm Stepwise Algorithm (PaSS) is a stochastic search algorithm proposed to solve the information-criterion-based variable selection optimization problems. It has been shown recently that the PaSS outperforms several existed methods. However, to solve the target optimization problems remains a challenge due to the large search spaces. We tackle this issue by proposing a parallel version of the PaSS on clusters equipped with CPU and GPU to shorten the computational time without compromise in solution accuracy. We have successfully achieved near-linear scalability on CPU with single to 64 threads and gained further 7X faster timing performance by using GPU.
机译:变量(特征)选择是人工智能的关键组成部分。执行变量选择的一种方法是解决基于信息准则的优化问题。这些优化问题来自数据挖掘,基因组分析,机器学习,数值模拟等。粒子群逐步算法(PaSS)是一种随机搜索算法,用于解决基于信息准则的变量选择优化问题。最近显示,PaSS优于几种现有方法。但是,由于搜索空间大,解决目标优化问题仍然是一个挑战。我们通过在配备CPU和GPU的群集上提出并行版本的PaSS来解决此问题,以缩短计算时间,而又不影响解决方案的准确性。我们已经成功地在CPU上实现了单线程到64个线程的近乎线性的可扩展性,并通过使用GPU将时序性能提高了7倍。

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