PASCAL - Pattern Analysis, Statistical Modelling and Computational Learning

Shape classification through structured learning of matching measures
Longbin Chen, Julian McAuley, Rogero Feris, Tiberio Caetano and Matthew Turk
In: CVPR 2009, 20-25 Jun 2009, Miami, USA.

Abstract

Many traditional methods for shape classification involve establishing point correspondences between shapes to produce matching scores, which are in turn used as similarity measures for classification. Learning techniques have been applied only in the second stage of this process, after the matching scores have been obtained. In this paper, instead of simply taking for granted the scores obtained by matching and then learning a classifier, we learn the matching scores themselves so as to produce shape similarity scores that minimize the classification loss. The solution is based on a max-margin formulation in the structured prediction setting. Experiments in shape databases reveal that such an integrated learning algorithm substantially improves on existing methods.

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EPrint Type:Conference or Workshop Item (Paper)
Project Keyword:Project Keyword UNSPECIFIED
Subjects:Machine Vision
Learning/Statistics & Optimisation
ID Code:5549
Deposited By:Julian McAuley
Deposited On:25 February 2010