The blood vessel structure of the sclera is unique to each person, and it can be remotely
obtained nonintrusively in the visible wavelengths. Therefore, it is well suited for human …

The vein structure in the sclera is stable over time, unique to each person, and well suited for
human identification. A few researchers have performed sclera vein pattern recognition and …

Sclera blood veins have been investigated recently as a biometric trait which can be used in
a recognition system. The sclera is the white and opaque outer protective part of the eye …

Sclera patterns can be used for human classification and identification; however image
quality can significantly affect the recognition accuracy. In this paper, we studied and …

Sclera vein recognition is shown to be a promising method for human identification.
However, its matching speed is slow, which could impact its application for real-time …

In this paper an efficient and adaptive biometric sclera recognition and verification system is
proposed. Sclera segmentation was performed by Fuzzy C-means clustering. Since the …

In this paper we propose a biometric sclera recognition and validation system. Here the
sclera segmentation is performed bya time-adaptive active contour-based region growing …

This paper presents a survey on sclera-based biometric recognition. Among the various
biometric methods, sclera is one of the novel and promising biometric techniques. The …

Presents a correspondence-free method to automatically estimate the spatio-temporal
parameters of gait (stride length and cadence) of a walking person from video. Stride and …

The human body contains identity information that can be used for the person recognition
(verification/recognition) problem. In this paper, we propose a person recognition method …