Presentation 2007-12-13
Linear and Nonlinear Hybrid Kernel Mutual Subspace method for Object Recognition
Hitoshi SAKANO,
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Abstract(in English) We propose new member of mutual subspace method (MSM) family named linear and nonlinear hybrid kernel mutual subspace method (HKMS) for object recognition. We already proposed kernelized nonlinear version of MSM named KMS. Experimentally, effectiveness of KMS is demonstrated in object recognition problem. However, from the phenomenological view point, origin of effectiveness is unclear, because of properties of recognition data stream is differ from training data stream. When we consider object recognition problem invariant against pose change, training data include various pose object images, and recognition data stream consist by similar images each other. Therefore training data stream has strong nonlinear structure and recognition data stream has approximate linear structure. KMS is not natural since KMS represent such data as same kernel parameter. To solve this problem we propose HKMS, that consist of kernel principal component learning and linear-nonlinear hybrid recognition algorithms. The experiment using artificial data show the effectiveness of HKMS.
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Keyword(in English) object recognition / subspace method / kernel PCA / mutual subspace method / kernel mutual subspace method
Paper # PRMU2007-143
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Conference Information
Committee PRMU
Conference Date 2007/12/6(1days)
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Registration To Pattern Recognition and Media Understanding (PRMU)
Language ENG
Title (in Japanese) (See Japanese page)
Sub Title (in Japanese) (See Japanese page)
Title (in English) Linear and Nonlinear Hybrid Kernel Mutual Subspace method for Object Recognition
Sub Title (in English)
Keyword(1) object recognition
Keyword(2) subspace method
Keyword(3) kernel PCA
Keyword(4) mutual subspace method
Keyword(5) kernel mutual subspace method
1st Author's Name Hitoshi SAKANO
1st Author's Affiliation NTT Data Corp.()
Date 2007-12-13
Paper # PRMU2007-143
Volume (vol) vol.107
Number (no) 384
Page pp.pp.-
#Pages 4
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