Three Dimensional Face Recognition using Wavelet Decomposition of Range Images

Interest in face recognition systems has increased significantly due to the emergence of significant commercial opportunities in surveillance and security applications. In this paper we propose a novel technique to extract features from 3D face representations. In this technique, first the nose tip is automatically located on the range image, then the range data from a hexagonal region of interest around this landmark is decomposed using Barycentric wavelet kernels. The dimensionality of the extracted coefficients at each resolution level is reduced using principal component analysis (PCA). These new features are tested on 206 range images, and a high classification accuracy is achieved using a small number of features. The obtained accuracy is competitive to that of other techniques in literature.

• Type: Conference
• Year: 2007
• Where: ICIP
• Authors: Sina Jahanbin, Hyohoon Choi, Alan C. Bovik, Kenneth R. Castleman
• Keywords: Barycentric Wavelet Kernels, Face Recognition Systems, Face Representations, ICIP 2007, Image Processing, Principal Component Analysis, Significant Commercial Opportunities