Abstract
The integration of biometric recognition with smartphones is necessary to increase security, especially in financial transactions such as online payments. Vein recognition of the dorsal hand is superior to other methods such as palm, finger, and wrist, as it has a wide area to be captured and does not have any wrinkles. Most current systems that depend on dorsal hand vein recognition do not work in real-time and have poor results. In this paper, a dorsal hand recognition system working in real-time is proposed to achieve good results with a high frame rate. A contactless device consists of a universal serial bus (USB)camera and infrared LEDs and is connected to a smartphone used to collect our dataset. The dataset contained 2200 images collected from both hands of 100 individuals. The captured images were processed with light algorithms to improve the real-time performance and increase the frame rate. The feature detection and extraction algorithm is oriented FAST and rotated BRIEF (ORB) with K-nearest neighbors (K-NN) matching to match features. Another benchmark, called the Poznan University of Technology (PUT) dataset, is used to measure the efficiency of the proposed system. The results obtained from experimental testing showed that the proposed system had a low equal error rate (EER) of 4.33% and a high frame rate of 29 frames per second.
Highlights
Biometric recognition is one of the most rising areas in the research field in the last years, with an increasing expansion in identification/authentication systems in our daily life: online purchases, bank account access, and smartphone unlocking
3) We proposed a novel recognition system that combines the Oriented FAST and Rotated BRIEF (ORB) algorithm with K-Nearest Neighbors (K-NN) for features extraction and matching, which yielded good results
In this paper, we proposed a system that works in real-time for Generation and fine-grained matching,” Proceedings of 2015 International Conference on Biometrics, ICB 2015, pp. 326–333, 2015, biometric recognition of the dorsal hand veins based on a
Summary
Biometric recognition is one of the most rising areas in the research field in the last years, with an increasing expansion in identification/authentication systems in our daily life: online purchases, bank account access, and smartphone unlocking. Biometric recognition systems are used worldwide, and they are steadily replacing traditional ways of authentication such as user ID and passwords. These systems provide more prominent security and comfort to the users than conventional methods. The advantage of vein recognition systems is only used on alive persons. It depends on capturing veins by illuminating veins with infrared light [1]
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