Gene selection for enhanced classification on microarray data using a weighted k-NN based algorithm
Feature selection is a common solution to microarray analysis. Previous approaches either select features based on classical statistical tests that can be tuned up with a classifier, or using regularization penalties incorporated in the cost function. Here we propose to use a feature ranking and wei...
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Veröffentlicht in: | Intelligent data analysis 2019-01, Vol.23 (1), p.241-253 |
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creator | Ventura-Molina, Elías Alarcón-Paredes, Antonio Aldape-Pérez, Mario Yáñez-Márquez, Cornelio Adolfo Alonso, Gustavo |
description | Feature selection is a common solution to microarray analysis. Previous approaches either select features based on classical statistical tests that can be tuned up with a classifier, or using regularization penalties incorporated in the cost function. Here we propose to use a feature ranking and weighting scheme instead, which combines statistical techniques with a weighted k-NN classifier using a modified forward selection procedure. We demonstrate that classification accuracy of our proposal outperforms existing methods on a range of public microarray gene expression datasets. The proposed method is also compared to state-of-the-art feature selection algorithms by means of the Friedman test. Although a bunch of feature selection techniques has been used for genomic data, the experimental results show the classification superiority of our method on most of the present gene expression datasets. |
doi_str_mv | 10.3233/IDA-173720 |
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subjects | Algorithms Classification Classifiers Datasets Gene expression Regularization State of the art Statistical tests |
title | Gene selection for enhanced classification on microarray data using a weighted k-NN based algorithm |
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