Research on Intelligent Classification Algorithm of Human Faces Based on Deep Learning

Yaxian Liu, Hao Fang, Hua Yu
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Abstract

Traditional face classification algorithm has low accuracy for gender classification. Combined with the characteristics of deep feature extraction of convolutional neural network in deep learning, a face intelligent classification model based on Inception-ResNet network and estimated LogistiC regression model is constructed by stacking generalization integration method. In this model, Inception-ResNet network is adopted as level 0 learner, and binomial Logistic regression model is used as levell learners. In this way, deep learning and intelligent classification of face images are carried out. Experimental results show that the gender classification prediction accuracy of the proposed Inception-ResNet network is as high as 97.45 ± 0.78, which is higher than that of single VGG16 and ResNet50 network models. Compared with the other two face intelligent classification algorithms, the classification accuracy of the proposed algorithm is 5.52% and 4.69% higher than that of the other two algorithms, respectively. Therefore, the proposed algorithm can achieve accurate gender classification through face recognition, and the classification accuracy is high, which can further accelerate the application of intelligent technology.
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基于深度学习的人脸智能分类算法研究
传统的人脸分类算法在性别分类方面准确率较低。结合卷积神经网络在深度学习中深度特征提取的特点,采用叠加泛化积分法构建了基于Inception-ResNet网络和估计LogistiC回归模型的人脸智能分类模型。该模型采用Inception-ResNet网络作为0级学习器,采用二项Logistic回归模型作为0级学习器。通过这种方式,对人脸图像进行深度学习和智能分类。实验结果表明,所提出的Inception-ResNet网络的性别分类预测准确率高达97.45±0.78,高于单一VGG16和ResNet50网络模型。与其他两种人脸智能分类算法相比,本文算法的分类准确率分别比其他两种算法高5.52%和4.69%。因此,本文提出的算法可以通过人脸识别实现准确的性别分类,分类精度高,可以进一步加速智能技术的应用。
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