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Publication Citation: A Grassmann Manifold-based Domain Adaptation Approach

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Author(s): P J. Phillips; Jingjing Zheng; Ming-Yu Liu; Rama Chellappa;
Title: A Grassmann Manifold-based Domain Adaptation Approach
Published: November 20, 2012
Abstract: Domain adaptation algorithms that handle shifts in the distribution between training and testing data are receiving much attention in computer vision. Recently, a Grassmann manifold-based domain adaptation algorithm that models the domain shift using intermediate subspaces along the geodesic connecting the source and target domains was presented in [6]. We build upon this work and propose replacing the step of concatenating feature projections on a very few sampled inter- mediate subspaces by directly integrating the distance between feature projections along the geodesic. The proposed approach considers all the intermediate sub- spaces along the geodesic. Thus, it is a more principled way of quantifying the cross-domain distance. We present the results of experiments on two standard datasets and show that the proposed algorithm yields favorable performance over previous approaches.
Conference: International Conference on Pattern Recognition
Proceedings: Proceedings of the International Conference on Pattern Recognition
Location: Tuskuba Science City, -1
Dates: November 11-15, 2012
Keywords: biometrics
Research Areas: Biometrics
PDF version: PDF Document Click here to retrieve PDF version of paper (1MB)