Biometrics-based authentication is a veriÿcation approach using the biological features inherent in each individual. They are processed based on the identical, portable, and arduous duplicate characteristics. In this paper, we propose a scanner-based personal authentication system by using the palm-print features. It is very suitable in many network-based applications. The authentication system consists of enrollment and veriÿcation stages. In the enrollment stage, the training samples are collected and processed by the pre-processing, feature extraction, and modeling modules to generate the matching templates. In the veriÿcation stage, a query sample is also processed by the pre-processing and feature extraction modules, and then is matched with the reference templates to decide whether it is a genuine sample or not. The region of interest (ROI) for each sample is ÿrst obtained from the pre-processing module. Then, the palm-print features are extracted from the ROI by using Sobel and morphological operations. The reference templates for a speciÿc user are generated in the modeling module. Last, we use the template-matching and the backpropagation neural network to measure the similarity in the veriÿcation stage. Experimental results verify the validity of our proposed approaches in personal authentication. ?
In REF the authors proposed a scanner-based personal authentication system using the palmprint features.
Personal authentication using palm-print features
Pattern Recognit.
Pattern Recognit.
Computer Science