A decision-boundary-oriented feature selection method and its application to face recognition
Pattern Recognition Letters
Audio-guided video-based face recognition
IEEE Transactions on Circuits and Systems for Video Technology
Hierarchical ensemble of global and local classifiers for face recognition
IEEE Transactions on Image Processing
An adaptive nonparametric discriminant analysis method and its application to face recognition
ACCV'07 Proceedings of the 8th Asian conference on Computer vision - Volume Part II
Generalized re-weighting local sampling mean discriminant analysis
Pattern Recognition
Push-Pull marginal discriminant analysis for feature extraction
Pattern Recognition Letters
Super-class Discriminant Analysis: A novel solution for heteroscedasticity
Pattern Recognition Letters
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Linear discriminant analysis (LDA) is a popular face recognition technique. However, an inherent problem with this technique stems from the parametric nature of the scatter matrix, in which the sample distribution in each class is assumed to be normal distribution. So it tends to suffer in the case of non-normal distribution. In this paper a nonparametric scatter matrix is defined to replace the traditional parametric scatter matrix in order to overcome this problem. Two kinds of nonparametric subspace analysis (NSA): PNSA and NNSA are proposed for face recognition. The former is based on the principal space of intra-personal scatter matrix, while the latter is based on the null space. In addition, based on the complementary nature of PNSA and NNSA, we further develop a dual NSA-basedclassifier framework using Gabor images to further improve the recognition performance. Experiments achieve near perfect recognition accuracy (99.7%) on the XM2VTS database.