Infrared (IR) and visual (VI) image fusion is designed to fuse multiple source images into a
comprehensive image to boost imaging quality and reduce redundancy information, which is …

Human recognition systems based on biometrics are much in demand due to increasing
concerns of security and privacy. The human ear is unique and useful for recognition. It …

Identity recognition using local features extracted from ear images has recently attracted a
great deal of attention in the intelligent biometric systems community. The rich and reliable …

In this paper, we utilize the electrocardiogram (ECG) as a primary biometric modality in
human identification. The design steps of the proposed approach are the following. First, we …

Identification of EEG signals is currently an open problem where performance analysis in
terms of accuracy is relevant in several fields, such as biomedicine and brain computer …

As one of the most important biometrics, ear biometrics is getting more and more attention.
Ear recognition has unique advantages and can make identification more secure and …

Biometric technology is fast gaining pace as a veritable developmental tool. So far, biometric
procedures have been predominantly used to ensure identity and ear recognition …

Infrared and visible image fusion combines the infrared thermal radiation information and
visible detail information. The image fusion technique has facilitated development in …

The morphology of the human ear presents rich and stable information embedded on the
curved 3-D surface and has as a result attracted considerable attention from forensic …

As an emerging biometric technology, human ear recognition has important applications in
crime tracking, forensic identification and other fields. In the paper, we propose an effective …