A formulation and comparison of two linear feature selection techniques applicable to statistical classification

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摘要

Odell and Decell and Coberly have given necessary and sufficient conditions for calculating the matrix of smallest dimension that will preserve the original Bayes classification regions when all population parameters are known. Tubbs et al. have given a solution to the problem of finding the smallest Bayes-classification-region-preserving dimension whenever the population parameters are unknown. This paper presents another solution to the problem and then compares the two solutions to the classical Wilks' method and two other recent methods using a Monte Carlo simulation. The SVD linear feature selection method proposed by Tubbs et al. performs the best over each of the configurations used in this Monte Carlo simulation study.

论文关键词:Bayes classification procedure,Probability of misclassification,Dimension reduction,Feature selection,Singular value decomposition,Principal components,Separability measures

论文评审过程:Received 12 April 1983, Revised 21 July 1983, Accepted 17 August 1983, Available online 19 May 2003.

论文官网地址:https://doi.org/10.1016/0031-3203(84)90083-9