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Research on face recognition method based on deep learning in natural environment

机译:自然环境下基于深度学习的人脸识别方法研究

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In the present study, there are a number of recognition methods with high recognition accuracy, which are based on deep learning. However, these methods usually have a good effect in a restricted environment, but in the natural environment, the accuracy of face recognition has decreased significantly, especially in the case of occlusion, face recognition will appear inaccurate or unrecognized situation. Based on this, this paper presents a face recognition method based on the deep learning in the natural environment, hoping to achieve robust performance in the natural environment, especially in the case of occlusion. The main contribution of this paper is improving the method of multi-patches by using 4 areas' patches in the face. And in order to have a higher performance, we use a Joint Bayesian (JB) measure in face-verification. Finally, we trained the model by the set of CASIA-WebFace and test it in the Labeled Faces in the Wild (LFW).
机译:在当前的研究中,有许多基于深度学习的具有高识别精度的识别方法。但是,这些方法通常在受限环境下效果良好,但是在自然环境下,人脸识别的准确性明显下降,尤其是在遮挡的情况下,人脸识别会出现不准确或无法识别的情况。基于此,本文提出了一种基于深度学习的自然环境下的人脸识别方法,希望在自然环境下(尤其是在遮挡的情况下)实现鲁棒的性能。本文的主要贡献是通过在面部使用4个区域的斑块来改进多斑块的方法。为了获得更高的性能,我们在面部验证中使用了联合贝叶斯(JB)度量。最后,我们通过CASIA-WebFace集训练了该模型,并在“野生标签面孔”(LFW)中对其进行了测试。

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