Presentation Attack detection using Wavelet Transform and Deep Residual Neural Net

• URL: http://arxiv.org/abs/2312.00040v1
• Date: Thu, 23 Nov 2023 20:21:49 GMT
• Title: Presentation Attack detection using Wavelet Transform and Deep Residual Neural Net
• Authors: Prosenjit Chatterjee, Alex Yalchin, Joseph Shelton, Kaushik Roy, Xiaohong Yuan, and Kossi D. Edoh
• Abstract summary: Biometric substances can be deceived by the imposters in several ways. The bio-metric images, especially the iris and face, are vulnerable to different presentation attacks. This research applies deep learning approaches to mitigate presentation attacks in a biometric access control system.
• Score: 5.425986555749844
• License: http://creativecommons.org/licenses/by-nc-sa/4.0/
• Abstract: Biometric authentication is becoming more prevalent for secured authentication systems. However, the biometric substances can be deceived by the imposters in several ways. Among other imposter attacks, print attacks, mask attacks, and replay attacks fall under the presentation attack category. The bio-metric images, especially the iris and face, are vulnerable to different presentation attacks. This research applies deep learning approaches to mitigate presentation attacks in a biometric access control system. Our contribution in this paper is two-fold: First, we applied the wavelet transform to extract the features from the biometric images. Second, we modified the deep residual neural net and applied it to the spoof datasets in an attempt to detect the presentation attacks. This research applied the proposed approach to biometric spoof datasets, namely ATVS, CASIA two class, and CASIA cropped image sets. The datasets used in this research contain images that are captured in both a controlled and uncontrolled environment along with different resolutions and sizes. We obtained the best accuracy of 93% on the ATVS Iris datasets. For CASIA two class and CASIA cropped datasets, we achieved test accuracies of 91% and 82%, respectively.

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