We evaluate the most useful regions for periocular recognition. For this purpose, we employ our periocular algorithm based on retinotopic sampling grids and Gabor analysis of the spectrum. We use both NIR and visible iris images. The best regions are selected via Sequential Forward Floating Selection (SFFS). The iris neighborhood (including sclera and eyelashes) is found as the best region with NIR data, while the surrounding skin texture (which is over-illuminated in NIR images) is the most discriminative region in visible range. To the best of our knowledge, only one work in the literature has evaluated the influence of different regions in the performance of periocular recognition algorithms. Our results are in the same line, despite the...
The low resolution iris images in non-cooperative environment has resultant in failure to determine ...
The periocular region has recently emerged as a standalone biometric trait, promising attractive tra...
We present a novel system to localize the eye position based on symmetry filters. By using a 2D sepa...
Periocular recognition has gained attention recently due to demands of increased robustness of face ...
Periocular refers to the facial region in the eye vicinity. It can be easily obtained with existing ...
We present a new system for biometric recognition using periocular images based on retinotopic sampl...
Among the available biometric traits such as face, iris and fingerprint, there is an active research...
As biometrics become more prevalent in society, the research area is expected to address an ever wid...
We present a new system for biometric recognition using periocular images based on retinotopic sampl...
Periocular recognition leverage from larger feature region and lesser user cooperation, when compare...
Components of face, such as iris and ocular region, possess discriminating patterns, making it suita...
The performance of iris recognition in non-cooperative environment can be negatively impacted when t...
Periocular recognition promises attractive trade-off between iris recognition and face recognition b...
We present a new system for biometric recognition using periocular images. The feature extraction me...
Among many biometrics such as face, iris, fingerprint and others, periocular region has the advantag...
The low resolution iris images in non-cooperative environment has resultant in failure to determine ...
The periocular region has recently emerged as a standalone biometric trait, promising attractive tra...
We present a novel system to localize the eye position based on symmetry filters. By using a 2D sepa...
Periocular recognition has gained attention recently due to demands of increased robustness of face ...
Periocular refers to the facial region in the eye vicinity. It can be easily obtained with existing ...
We present a new system for biometric recognition using periocular images based on retinotopic sampl...
Among the available biometric traits such as face, iris and fingerprint, there is an active research...
As biometrics become more prevalent in society, the research area is expected to address an ever wid...
We present a new system for biometric recognition using periocular images based on retinotopic sampl...
Periocular recognition leverage from larger feature region and lesser user cooperation, when compare...
Components of face, such as iris and ocular region, possess discriminating patterns, making it suita...
The performance of iris recognition in non-cooperative environment can be negatively impacted when t...
Periocular recognition promises attractive trade-off between iris recognition and face recognition b...
We present a new system for biometric recognition using periocular images. The feature extraction me...
Among many biometrics such as face, iris, fingerprint and others, periocular region has the advantag...
The low resolution iris images in non-cooperative environment has resultant in failure to determine ...
The periocular region has recently emerged as a standalone biometric trait, promising attractive tra...
We present a novel system to localize the eye position based on symmetry filters. By using a 2D sepa...