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Bimodal Face Recognition Based on Liveness Detection

机译:基于活度检测的双峰人脸识别

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摘要

In this paper, we proposed a three-dimensional face recognition method based on liveness detection. Firstly, one liveness detection method based on the three-dimensional structure of the face was proposed. According to the face feature point localization algorithm combined with the RANSAC fitting algorithm and the SVM model training prediction method, the depth information was used to judge the reality of the face, and the detection of the photo and video attacker behavior were solved. In this paper, the traditional loss function and the new central loss function were used as the supervised signals in the face recognition process. We used model fine-tuning to train two independent convolutional neural networks, and then we used the score fusion approach to fuse facial feature matching. Finally, we evaluated the Eurecom and Vap public test sets based on the way of actual application. The experimental results showed that compared with the traditional in liveness detection, our algorithm made use of the advantages of three-dimensional information to realize the judgment of face reality, and the algorithm had better accuracy in three-dimensional face recognition section.
机译:本文提出了一种基于活跃度检测的三维人脸识别方法。首先,提出了一种基于人脸三维结构的活度检测方法。根据人脸特征点定位算法,结合RANSAC拟合算法和SVM模型训练预测方法,利用深度信息判断人脸的真实性,解决了对照片和视频攻击者行为的检测。本文将传统的损失函数和新的中心损失函数作为人脸识别过程中的监督信号。我们使用模型微调来训练两个独立的卷积神经网络,然后使用分数融合方法融合面部特征匹配。最后,我们根据实际应用方式评估了Eurecom和Vap公共测试集。实验结果表明,与传统的活度检测方法相比,该算法利用了三维信息的优势来实现人脸真实性的判断,在三维人脸识别部分具有较高的准确性。

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