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High dimensional microarray data classification using correlation based feature selection

机译:使用基于相关性的特征选择进行高维微阵列数据分类

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摘要

Analyzing DNA microarray data pose a serious challenge because of their large number of features (genes) and relatively small number of samples. Extracting features, those have predictive capability for classifying these huge datasets demands appropriate approaches like feature reduction and identifying optimal set of genes. In this paper along with conventional statistical methods like filtering the dataset to reduce the number of features, one additional approach of evaluating correlation between the classes for each feature is performed. Proposed approach yields higher classification accuracy for both Acute Lymphoblastic (ALL) and High Grade Glioma cancer dataset than using only traditional statistical filtering methods.
机译:由于DNA微阵列数据的大量特征(基因)和相对较少的样本,因此分析DNA阵列数据构成了严峻的挑战。提取具有预测能力的特征以对这些庞大的数据集进行分类,需要适当的方法,例如特征约简和识别最佳基因集。在本文中,连同常规的统计方法(如过滤数据集以减少特征的数量)一起,执行了另一种评估每个特征的类之间相关性的方法。与仅使用传统的统计过滤方法相比,对于急性淋巴母细胞(ALL)和高级别胶质瘤癌症数据集,提出的方法可产生更高的分类准确性。

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