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논문검색

Face Recognition Using Plurality Voting and Collaborative Representation based on the Bit-plane Information

초록

영어

As a new representation technique, collaboration representation is used to represent the test sample with all training samples from all classes. Plurality voting is one of the most widely used combination strategies in pattern recognition. This paper presents a new and an efficient face recognition approach using plurality voting and collaboration representation based on the binary bit-plane images. First, face gray images are equalized and decomposed. Next,employing collaboration representation and the corresponding five bit-plane images which have more discrimination information,five identities about the same test image can be obtained. Finally, these five identities vote to the true identity of the test image. If the plurality voting fails, the true identity of the test image will be decided by virtual weight sum face images constructed by 8 bit-plane images with collaboration representation. Weight vector, which is important for the virtual images, is determined by the recognition rate and the order of bit planes. The extensive experiments demonstrate the proposed approach has the higher right recognition accuracy and its speed is faster than the SRC prominently.

목차

Abstract
 1. Introduction
 2. Image Preprocessing
 3. Collaborative Representation for Classification
 4. Face Recognition using Plurality Voting and Collaboration Presentation
  4.1. Image Preprocessing
  4.2. Previous Training
  4.3 Real-time Recognition
  4.4. The Second Identification
 5. Experimental Results
  5.1. ORL Face Database
  5.2. AR Face Database
  5.3. FERET Face Database
  5.4 Comparison of Recognition Speed
 6. Conclusion
 Reference

저자정보

  • Dongmei Wei School of Information Science and Engineering, Shandong University 27 Shanda Nan Road, Jinan, China 250100, College of Physics and Electronics, Shandong Normal University 88 Wenhua Dong Road, Jinan, China 250014
  • Weidong Zhou School of Information Science and Engineering, Shandong University 27 Shanda Nan Road, Jinan, China 250100

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