A Novel Scheme For Feature Selection Using Filter Approach

Damodar Patel, A. Saxena, Suman Laha, Gulame Mustafa Ansari
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引用次数: 1

Abstract

This paper proposes a wrapper based scheme for feature selection in unsupervised data sets. This scheme first ranks features in a dataset as per their Laplacian scores. Subsequently, subsets of features are selected considering feature's rank. Each selected feature subset is then tested for classification accuracy. In order to achieve reasonable satisfactory results, feature subsets are iteratively tested for accuracy as well as cardinality using incremental approach. Four real benchmark datasets namely colon, leukaemia-l, lung-discrete & warpPIE10 have been used for the experiments in this paper. Accuracy above 80% and number of features reduced to less than 20% of the total number of features in each dataset justify the potential of the proposed scheme to be applied to other large datasets as well.
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一种基于滤波方法的特征选择新方案
提出了一种基于包装器的无监督数据集特征选择方案。该方案首先根据Laplacian分数对数据集中的特征进行排序。然后,根据特征的等级选择特征子集。然后测试每个选择的特征子集的分类准确性。为了获得合理满意的结果,采用增量方法对特征子集进行了精度和基数的迭代测试。本文的实验使用了四个真实的基准数据集,分别是colon, leukaia - 1, lung-discrete和warpPIE10。准确率超过80%,特征数量减少到每个数据集中特征总数的20%以下,证明了该方案也有应用于其他大型数据集的潜力。
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