#CLEARVIEW SIMULATOR POV VERIFICATION#

This bit pattern is digitized and compared to stored templates in a database for verification (one-to-one template matching) or identification (one-to-many template matching). Next, the pattern of the eyeвЂ™s lines and colors are analyzed to extract a bit pattern that encodes the information in the iris. The final result is a set of pixels containing only the iris. Iris scanners detect and exclude eyelashes, eyelids, and specular reflections that typically block parts of the iris. Biometric iris recognition scanners work by illuminating the iris with invisible infrared light to pick up unique patterns that are not visible to the naked eye. Iris scanning measures the unique patterns in irises, the colored circles in peopleвЂ™s eyes. And iris biometrics are often collected and stored by third-party vendors, which greatly expands this security problem. There are security concerns as well: if a database of biometric information is stolen or compromised, it is not possible to get a new set of eyes like one would get a reissued credit card number. It may be possible to scan irises from a distance or even on the move, which means that data could be collected surreptitiously, without individualsвЂ™ knowledge, let alone consent. Iris scanning raises significant civil liberties and privacy concerns. They also state that iris scans are quicker and more reliable than fingerprint scans since it is easier for an individual to obscure or alter their fingers than it is to alter their eyes. It is a form of biometric technology in the same category as face recognition and fingerprinting.ДЄdvocates of iris scanning technology claim it allows law enforcement officers to compare iris images of suspects with an existing database of images in order to determine or confirm the subjectвЂ™s identity. Iris recognition or iris scanning is the process of using visible and near-infrared light to take a high-contrast photograph of a personвЂ™s iris.

Clearview simulator pov