Ebook: Human Ear Recognition by Computer
- Tags: Computer Imaging Vision Pattern Recognition and Graphics, Biometrics, Image Processing and Computer Vision, Pattern Recognition, Computer Graphics, The Computing Profession
- Series: Advances in Pattern Recognition
- Year: 2008
- Publisher: Springer-Verlag London
- Edition: 1
- Language: English
- pdf
Biometrics deals with recognition of individuals based on their physiological or behavioral characteristics. The human ear is a new feature in biometrics that has several merits over the more common face, fingerprint and iris biometrics. Unlike the fingerprint and iris, it can be easily captured from a distance without a fully cooperative subject, although sometimes it may be hidden with hair, scarf and jewellery. Also, unlike a face, the ear is a relatively stable structure that does not change much with the age and facial expressions.
Human Ear Recognition by Computer is the first book on the automatic recognition of human ears. It presents an entire range of computational algorithms for recognition of humans by their ears. These algorithms have been tested and validated on the largest databases that are available today. Specific algorithms addressed include:
• Ear helix/anti-helix based representation
• Global-to-local registration
• Ear recognition using helix/anti-helix representation
• Ear recognition using a new local surface patch representation
• Efficient ear indexing and recognition
• Performance prediction for 3D ear recognition
• Generality and applications in computer vision and pattern recognition
This state-of-the-art research reference explores all aspects of 3D ear recognition, including representation, detection, recognition, indexing and performance prediction. It has been written for a professional audience of both researchers and practitioners within industry, and is also ideal as an informative text for graduate students in computer science and engineering.
Professor Bir Bhanu has been director of the Visualization and Intelligent Systems Laboratory (at the University of California at Riverside) since 1991 and serves as the founding Director for the Center for Research in Intelligent Systems. He also has considerable experience working within industry and is the successful author of several books. He is a Fellow of IEEE, AAAS, IAPR, SPIE and was a Senior Fellow at Honeywell Inc.
Dr. Hui Chen works alongside Professor Bhanu and has worked for Siemens Medical solutions and the Chinese Academy of Sciences.
Biometrics deals with recognition of individuals based on their physiological or behavioral characteristics. The human ear is a new feature in biometrics that has several merits over the more common face, fingerprint and iris biometrics. Unlike the fingerprint and iris, it can be easily captured from a distance without a fully cooperative subject, although sometimes it may be hidden with hair, scarf and jewellery. Also, unlike a face, the ear is a relatively stable structure that does not change much with the age and facial expressions.
Human Ear Recognition by Computer is the first book on the automatic recognition of human ears. It presents an entire range of computational algorithms for recognition of humans by their ears. These algorithms have been tested and validated on the largest databases that are available today. Specific algorithms addressed include:
• Ear helix/anti-helix based representation
• Global-to-local registration
• Ear recognition using helix/anti-helix representation
• Ear recognition using a new local surface patch representation
• Efficient ear indexing and recognition
• Performance prediction for 3D ear recognition
• Generality and applications in computer vision and pattern recognition
This state-of-the-art research reference explores all aspects of 3D ear recognition, including representation, detection, recognition, indexing and performance prediction. It has been written for a professional audience of both researchers and practitioners within industry, and is also ideal as an informative text for graduate students in computer science and engineering.
Professor Bir Bhanu has been director of the Visualization and Intelligent Systems Laboratory (at the University of California at Riverside) since 1991 and serves as the founding Director for the Center for Research in Intelligent Systems. He also has considerable experience working within industry and is the successful author of several books. He is a Fellow of IEEE, AAAS, IAPR, SPIE and was a Senior Fellow at Honeywell Inc.
Dr. Hui Chen works alongside Professor Bhanu and has worked for Siemens Medical solutions and the Chinese Academy of Sciences.
Biometrics deals with recognition of individuals based on their physiological or behavioral characteristics. The human ear is a new feature in biometrics that has several merits over the more common face, fingerprint and iris biometrics. Unlike the fingerprint and iris, it can be easily captured from a distance without a fully cooperative subject, although sometimes it may be hidden with hair, scarf and jewellery. Also, unlike a face, the ear is a relatively stable structure that does not change much with the age and facial expressions.
Human Ear Recognition by Computer is the first book on the automatic recognition of human ears. It presents an entire range of computational algorithms for recognition of humans by their ears. These algorithms have been tested and validated on the largest databases that are available today. Specific algorithms addressed include:
• Ear helix/anti-helix based representation
• Global-to-local registration
• Ear recognition using helix/anti-helix representation
• Ear recognition using a new local surface patch representation
• Efficient ear indexing and recognition
• Performance prediction for 3D ear recognition
• Generality and applications in computer vision and pattern recognition
This state-of-the-art research reference explores all aspects of 3D ear recognition, including representation, detection, recognition, indexing and performance prediction. It has been written for a professional audience of both researchers and practitioners within industry, and is also ideal as an informative text for graduate students in computer science and engineering.
Professor Bir Bhanu has been director of the Visualization and Intelligent Systems Laboratory (at the University of California at Riverside) since 1991 and serves as the founding Director for the Center for Research in Intelligent Systems. He also has considerable experience working within industry and is the successful author of several books. He is a Fellow of IEEE, AAAS, IAPR, SPIE and was a Senior Fellow at Honeywell Inc.
Dr. Hui Chen works alongside Professor Bhanu and has worked for Siemens Medical solutions and the Chinese Academy of Sciences.
Content:
Front Matter....Pages i-xviii
Introduction....Pages 1-10
Ear Detection and Recognition in 2D and 3D....Pages 11-19
3D Ear Detection from Side Face Range Images....Pages 21-59
Recognizing 3D Ears Using Ear Helix/Anti-Helix....Pages 61-81
Recognizing 3D Ears Using Local Surface Patches....Pages 83-121
Rapid 3D Ear Indexing and Recognition....Pages 123-145
Performance Prediction of a 3D Ear Recognition System....Pages 147-154
Applications of the Proposed Techniques....Pages 155-188
Summary and FutureWork....Pages 189-192
Back Matter....Pages 193-201
Biometrics deals with recognition of individuals based on their physiological or behavioral characteristics. The human ear is a new feature in biometrics that has several merits over the more common face, fingerprint and iris biometrics. Unlike the fingerprint and iris, it can be easily captured from a distance without a fully cooperative subject, although sometimes it may be hidden with hair, scarf and jewellery. Also, unlike a face, the ear is a relatively stable structure that does not change much with the age and facial expressions.
Human Ear Recognition by Computer is the first book on the automatic recognition of human ears. It presents an entire range of computational algorithms for recognition of humans by their ears. These algorithms have been tested and validated on the largest databases that are available today. Specific algorithms addressed include:
• Ear helix/anti-helix based representation
• Global-to-local registration
• Ear recognition using helix/anti-helix representation
• Ear recognition using a new local surface patch representation
• Efficient ear indexing and recognition
• Performance prediction for 3D ear recognition
• Generality and applications in computer vision and pattern recognition
This state-of-the-art research reference explores all aspects of 3D ear recognition, including representation, detection, recognition, indexing and performance prediction. It has been written for a professional audience of both researchers and practitioners within industry, and is also ideal as an informative text for graduate students in computer science and engineering.
Professor Bir Bhanu has been director of the Visualization and Intelligent Systems Laboratory (at the University of California at Riverside) since 1991 and serves as the founding Director for the Center for Research in Intelligent Systems. He also has considerable experience working within industry and is the successful author of several books. He is a Fellow of IEEE, AAAS, IAPR, SPIE and was a Senior Fellow at Honeywell Inc.
Dr. Hui Chen works alongside Professor Bhanu and has worked for Siemens Medical solutions and the Chinese Academy of Sciences.
Content:
Front Matter....Pages i-xviii
Introduction....Pages 1-10
Ear Detection and Recognition in 2D and 3D....Pages 11-19
3D Ear Detection from Side Face Range Images....Pages 21-59
Recognizing 3D Ears Using Ear Helix/Anti-Helix....Pages 61-81
Recognizing 3D Ears Using Local Surface Patches....Pages 83-121
Rapid 3D Ear Indexing and Recognition....Pages 123-145
Performance Prediction of a 3D Ear Recognition System....Pages 147-154
Applications of the Proposed Techniques....Pages 155-188
Summary and FutureWork....Pages 189-192
Back Matter....Pages 193-201
....