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Efficient Parallel Data Mining for Massive Datasets: Parallel Random Forests Classifier

机译:海量数据集的高效并行数据挖掘:并行随机森林分类器

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摘要

Data mining refers to the process of finding hidden patterns inside a large dataset. While improving the accuracy of those algorithms has been the main focus of past research, massive dataset size imposes another challenge. Parallel and distributed processing techniques have been applied to data mining algorithms to make them scalable. In this paper, we discuss a new emerging data mining algorithm, random forests, and its parallelization based on VCluster, a portable parallel runtime system we have developed for a cluster of multiprocessors. Random forests is an ensemble of many decision trees and the classification is performed by majority voting by those decision trees. We also present the experimental results on the performance of parallel random forests approach.
机译:数据挖掘是指在大型数据集中查找隐藏模式的过程。尽管提高这些算法的准确性一直是过去研究的重点,但庞大的数据集大小却带来了另一个挑战。并行和分布式处理技术已应用于数据挖掘算法,以使其具有可伸缩性。在本文中,我们讨论了一种新兴的数据挖掘算法,随机森林及其基于VCluster的并行化,VCluster是我们为多处理器集群开发的便携式并行运行时系统。随机森林是许多决策树的集合,分类是由这些决策树进行多数表决来进行的。我们还提出了关于并行随机森林方法性能的实验结果。

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