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Algoritmo para Pupilometria Dinâmica Baseado em Crescimento de Regiões

机译:基于区域增长的动态瞳孔计量算法

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The difficulty of performing secure personal au-thentication has lead for the creation of automatic identification systems based on biometric features. Methods of biometric identification by iris texture are quite efficient and don 't require direct contact of the person with an equipment. Furthermore, they are not invasive and have low error rate [1]. However, these tech-niques are susceptible to fraud because of the use of static im-ages. The dynamic pupillometry, joint with iris recognition, can make Identification even more secure by analyzing human ref-lexes. This article presents existing methods of iris segmentation for dynamic pupillometry, proposes a new approach and compare the obtained results.
机译:执行安全的个人身份验证的困难导致基于生物特征的自动识别系统的创建。通过虹膜纹理进行生物特征识别的方法非常有效,不需要人与设备直接接触。此外,它们无创且错误率低[1]。但是,由于使用静态图像,这些技术很容易受到欺诈。动态瞳孔测定法与虹膜识别功能相结合,可以通过分析人体反射镜使识别更加安全。本文介绍了用于动态瞳孔测量的虹膜分割的现有方法,提出了一种新方法并比较了获得的结果。

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