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Presentation attack detection for iris recognition using deep learning

机译:使用深度学习的虹膜识别介绍攻击检测

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Iris recognition is used in various applications to identify a person. However, presentation attacks are making such systems vulnerable. Intruders can impersonate an individual to get entry into a system. In this paper, we have focused on print attacks, in which an intruder can use various techniques like printing of iris photographs to present to the sensor. Experiments conducted on the IIIT-WVU iris dataset show that print attack images of live iris images, use of contact lenses and conjunction of both can play a significant role in deceiving the iris recognition systems. The paper makes use of deep Convolutional Neural Networks to detect such spoofing techniques with superior results as compared to the existing state-of-the-art techniques.
机译:虹膜识别用于各种应用程序以识别一个人。但是,演示攻击正在使这些系统易受伤害。入侵者可以冒充个人进入系统。在本文中,我们专注于印刷攻击,其中入侵者可以使用像虹膜照片的印刷等各种技术呈现给传感器。在IIIT-WVU IRIS数据集上进行的实验表明,Live Iris图像的打印攻击图像,使用隐形眼镜和两者的结合可以在欺骗虹膜识别系统中发挥重要作用。本文利用深卷积神经网络,与现有的最先进技术相比,检测具有优异的结果的欺骗技术。

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