This paper proposes a low-cost personal identification system that uses the combined palm
vein and palmprint biometric features. The system consists of near-infrared and visible light …

In this paper, we present a reliable and robust biometric verification method based on
bimodal physiological characteristics of palms, including the palmprint and palm-dorsum …

Biometrics recognition takes advantage of feature extraction and pattern recognition to
analyze the physical and behavioral characteristics of biological individuals to achieve the …

A multi-spectral palm vein image acquisition device based on an open environment has
been designed to achieve a highly secure and user-friendly biometric recognition system …

Palm vein recognition is motivated by the advantages of high security and liveness
detection, but its popularity is prevented by the cost of palm vein capture devices. This study …

As a unique and reliable biometric characteristic, palmprint verification has achieved a great
success. However, palmprint alone may not be able to meet the increasing demand of highly …

In this paper, we investigate into utilization of images from the visible light (RGB) spectrum
for identity verification based on the palm-veins. This is differentiated from the commonly …

This paper presents an FPGA based multimodal palm biometric system. System is
prototyped on an Altera DE2-115 board from Terasic, using an additional hardware for palm …

Biometric computing offers an effective approach to personal identification based on unique,
stable physical or behavioral characteristics. A reliable and robust personal verification …

Biometrics is extensively used for person identification for various security applications.
However existing systems using single biometric modality do not provide required level of …