Ocular biometrics encompasses the imaging and use of characteristic features extracted
from the eyes for personal recognition. Ocular biometric modalities in visible light have …

Biometrics is the science of recognizing people based on their physical or behavioral traits
such as face, fingerprints, iris, and voice. Among these characteristics, ocular biometrics has …

Ocular biometrics refers to the imaging and use of characteristic features of the eyes for
personal identification. Traditionally, the iris has been viewed as a powerful ocular biometric …

Ocular biometric identification technologies include retina and iris pattern recognition. Public
perception has long equated retinal identification with ocular biometrics despite very few …

There has been a continued interest in learning features that are generalizable across
sensors and spectra for ocular biometrics. This is usually facilitated through a model that can …

Biometrics, an integral component of Identity Science, is widely used in several large-scale-
county-wide projects to provide a meaningful way of recognizing individuals. Among existing …

Ocular biometrics has made significant progress over the past decade primarily due to
advances in iris recognition. Initial research in the field of iris recognition focused on the …

Visible spectrum iris verification has drawn substantial attention due to the feasibility,
convenience and also accepted performance. This further allows one to perform the iris …

In recent years, the iris recognition system has been gaining increasing acceptance for
applications such as access control and smartphone security. When the images of the iris …

The use of the iris and periocular region as biometric traits has been extensively
investigated, mainly due to the singularity of the iris features and the use of the periocular …