王文聪, 谷宇, 金鑫. 面向多角度和口罩遮挡的加权人脸识别方法研究与实现[J]. 北京电子科技学院学报, 2023, 31(4): 53-68.
    引用本文: 王文聪, 谷宇, 金鑫. 面向多角度和口罩遮挡的加权人脸识别方法研究与实现[J]. 北京电子科技学院学报, 2023, 31(4): 53-68.
    WANG Wencong, GU Yu, JIN Xin. Research and Implementation of Weighted Face Recognition Method for Multiple Angles and Mask Occlusion[J]. Journal of Beijing Electronic Science and Technology Institute, 2023, 31(4): 53-68.
    Citation: WANG Wencong, GU Yu, JIN Xin. Research and Implementation of Weighted Face Recognition Method for Multiple Angles and Mask Occlusion[J]. Journal of Beijing Electronic Science and Technology Institute, 2023, 31(4): 53-68.

    面向多角度和口罩遮挡的加权人脸识别方法研究与实现

    Research and Implementation of Weighted Face Recognition Method for Multiple Angles and Mask Occlusion

    • 摘要: 在深度学习迅速发展的背景下,人脸识别技术已取得了显著的进步。然而,在实际应用中,由于口罩的遮挡以及人脸角度的变化,人脸识别的精确度和实用性面临了新的挑战。目前对于口罩遮挡的人脸识别和人脸角度变化情况下的人脸识别主要是各自独立处理,尚未有完整解决这两个因素共同影响的多条件人脸识别问题的方法。因此,本文提出了一种新的加权人脸识别方法,该方法综合考虑了口罩遮挡和人脸角度变化的问题。该方法首先根据是否佩戴口罩将人脸识别问题进行分类,然后利用多种人脸识别模型进行识别。最后,该方法引入了一个基于头部转动角度的权重决定机制,以便在面部转动和口罩遮挡的情况下,更好地利用不同的识别模型。在处理多角度和口罩遮挡问题时,该方法的方法表现优于现有的人脸识别方法,为后疫情时代的人脸识别提供了新解决方案。

       

      Abstract: Face recognition technology has made significant progress in the context of rapid development in deep learning.However,in practical applications,accuracy and practicability of face recognition are facing new challenges due to mask occlusion and facial angle variation.Currently,face recognitions in the cases of mask occlusion and varying facial angles are processed respectively,lacking a method to comprehensively address the problem of multi-conditional face recognition affected by the two issues.Thus,considering the issues of mask occlusion and facial angle variation,a novel weighted face recognition method is proposed in this paper,where the face recognition problem is first classified according to whether wearing mask and then multiple face recognition models are employed for identification,and finally a weight determination mechanism based on face rotation angle is introduced to make better use of the models in scenarios involving face rotation and mask occlusion.The proposed method outperforms existing face recognition methods when handling the difficulties of multiple angles and mask occlusion,providing a novel solution for face recognition in the post-pandemic era.

       

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