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Lagrangian relaxation for SVM feature selection

M. Gaudiosoa, Gorgone Enrico, M. Labbé and A.M. Rodríguez-Chía
Journal Name
Computers & Operations Research
Journal Publication
others
Publication Year
2017
Journal Publications Functional Area
Decision Sciences and Information Systems
Publication Date
Vol. 87, November 2017, Pg. 137-145
Abstract

We discuss a Lagrangian-relaxation-based heuristics for dealing with feature selection in the Support Vector Machine (SVM) framework for binary classification. In particular we embed into our objective function a weighted combination of the L1 and L0 norm of the normal to the separating hyperplane. We come out with a Mixed Binary Linear Programming problem which is suitable for a Lagrangian relaxation approach.

Lagrangian relaxation for SVM feature selection

Author(s) Name: M. Gaudiosoa, Gorgone Enrico, M. Labbé and A.M. Rodríguez-Chía
Journal Name: Computers & Operations Research
Volume: Vol. 87, November 2017, Pg. 137-145
Year of Publication: 2017
Abstract:

We discuss a Lagrangian-relaxation-based heuristics for dealing with feature selection in the Support Vector Machine (SVM) framework for binary classification. In particular we embed into our objective function a weighted combination of the L1 and L0 norm of the normal to the separating hyperplane. We come out with a Mixed Binary Linear Programming problem which is suitable for a Lagrangian relaxation approach.