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Multivariate Discretization for Associative Classification in a Sparse Data Application Domain

机译:稀疏数据应用域中关联分类的多变量离散化

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Associative classification is becoming a promising alternative to classical machine learning algorithms. It is a hybrid technique that combines supervised and unsupervised data mining algorithms and builds classifiers from association rules' models. The aim of this work is to apply these associative classifiers to improve estimation precision in the project management area where data sparsity involves a major drawback. Moreover, in this application domain, most of the attributes are continuous; therefore, they must be discretized before generating the rules. The discretization procedure has a significant effect on the quality of the induced rules as well as on the precision of the classifiers built from them. In this paper, a multivariate supervised discretization method is proposed, which takes into account the predictive purpose of the association rules.
机译:关联分类正成为古典机器学习算法的有希望的替代品。它是一种混合技术,它将监督和无监督的数据挖掘算法结合起来,并从关联规则的模型构建分类器。这项工作的目的是应用这些关联分类器,以提高项目管理领域的估计精度,其中数据稀疏性涉及主要缺点。此外,在这个应用程序域中,大多数属性是连续的;因此,必须在生成规则之前离散化。离散化程序对诱导规则的质量以及对其构建的分类器的精度具有显着影响。在本文中,提出了一种多变量监督离散化方法,这考虑了关联规则的预测目的。

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