IRIS based human identification: Analogizing and exploiting PSNR and MSE techniques using MATLAB

Madhulika Pandey, Madhulika Bhatia, Abhay Bansal
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引用次数: 7

Abstract

In today's reality, security has gotten to be paramount. Many biometrics methods like facial expression recognition system, Iris recognition system is a standout amongst the most dependable leading technologies for user authentication. It is steady for the duration of the life, it can serve as a living visa or a living secret word that one need not recall however is always present. Iris biometry helps in identifying an individual in a more intuitive and natural manner. Iris recognition focuses on recognizing the identity of individuals using the textural based characteristics of the muscular patterns of the iris. Irises assure long period stability and also infrequent requirements for the enrollment process. Accuracy, higher information content, real timeliness, performance, stability, low circumvention and uniqueness makes iris technology as the one of the most suitable candidate to be deployed in the field of the security. The study attempted to highlight the performance of various preprocessing techniques used in iris recognition in terms of their PSNR values and MSE values.
基于IRIS的人体识别:用MATLAB模拟和开发PSNR和MSE技术
在当今的现实中,安全已经变得至关重要。许多生物识别技术,如面部表情识别系统,虹膜识别系统是用户身份验证中最可靠的领先技术之一。它在生命的过程中是稳定的,它可以作为一个活的签证或一个活的秘密,一个人不需要回忆,但总是存在。虹膜生物识别技术有助于以更直观和自然的方式识别个人。虹膜识别的重点是利用虹膜肌肉模式的纹理特征来识别个体的身份。鸢尾花确保了长期的稳定性,并且对入学过程的要求也很少。准确性、较高的信息含量、实时性、性能、稳定性、低规避性和唯一性使虹膜技术成为最适合部署在安防领域的候选技术之一。本研究试图突出虹膜识别中使用的各种预处理技术在PSNR值和MSE值方面的性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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