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Iris recognition is being used by some law enforcement agencies to supplement fingerprint and face recognition identity management resources and it is also used in some prisons to control inmate entry and exit requirements (for example, court attendance and return) and on-site access permissions.
Features of iris recognition Highly accurate and fast, iris recognition boasts of having top-class precision among different types of biometric authentication technologies. Remains unchanged throughout life. Since the iris is different between the left and right eye, recognition can be performed separately by each eye.
New iris recognition accuracy benchmarking from NIST is out, and NEC has claimed the top accuracy rate, at 99.59 percent for 1:N identification for images with both eyes from 500,000 people. NEC claims win in NIST iris biometrics accuracy test biometricupdate.com nec-claims-win-in-ni biometricupdate.com nec-claims-win-in-ni
Muscles in your iris control your pupil. When your pupil is wider (dilated), more light gets into your eye. When its narrower (contracted) less light gets in. As your iris squeezes or releases your pupil the amount of light docHubing the rest of your eye changes.
Commonly, an iris recognition system consists of five steps: acquisition of the iris image, segmentation of the iris region, normalization of the segmented region, feature extraction from normalized region, and matching [2]. Fig. 1 shows these steps and how they are connected to each other. iris recognition system - an overview | ScienceDirect Topics sciencedirect.com topics computer-science sciencedirect.com topics computer-science
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The procedures for iris recognition usually consist of four stages: image acquisition, iris segmentation, feature extraction, and pattern matching. The iris recognition has been acknowledged as one of the most accurate biometric modalities because of its high recognition rate.

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