Kernel PLS-SVC for Linear and Nonlinear Classification

A new method for classification is proposed. This is based on kernel orthonormalized partial least squares (PLS) dimensionality reduction of the original data space followed by a support vector classifier. Unlike principal component analysis (PCA), which has previously served as a dimension reduction step for discrimination problems, orthonormalized PLS is closely related to Fisher's approach to linear discrimination or equivalently to canonical correlation analysis. For this reason orthonormalized PLS is preferable to PCA for discrimination. Good behavior of the proposed method is demonstrated on 13 different benchmark data sets and on the real world problem of classifying finger movement periods from non-movement periods based on electroencephalograms.

• Type: Conference
• Year: 2003
• Where: ICML
• Authors: Roman Rosipal, Leonard J. Trejo, Bryan Matthews
• Keywords: Dimension Reduction Step, Finger Movement Periods, ICML 2003, Machine Learning, Reason Orthonormalized Pls