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Multiview face recognition based on multilinear decomposition and pose manifold

机译:基于多线性分解和姿势流形的多视图人脸识别

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摘要

One major challenge encountered in face recognition is how to handle the wide pose variation and in-depth rotations of head. A multiview face recognition method is proposed in this study that addresses this challenge based on multilinear decomposition approach and pose subspace. In order to preserve the pose manifold geometry among different individuals in pose subspace, a pose-biased distance measure is proposed. In addition, as one of the impediments in manifold-based methods is the lack of sufficient data, a new half-ellipsoid-based pose generation method is presented. For performance evaluation of the proposed multiview face recognition method, three different experiments are run on three famous face datasets. The obtained recognition accuracy and the cumulative match characteristic curves confirm the effectiveness of the proposed method in wide pose variation, even with limited number of training poses.
机译:人脸识别中遇到的一个主要挑战是如何处理头部的宽姿势变化和深度旋转。在这项研究中提出了一种多视图人脸识别方法,该方法基于多线性分解方法和姿势子空间解决了这一挑战。为了在姿势子空间中保持不同个体之间的姿势歧管几何形状,提出了一种姿势偏置距离度量。此外,由于基于流形方法的障碍之一是缺少足够的数据,因此提出了一种新的基于半椭圆体的姿态生成方法。为了评估所提出的多视图人脸识别方法的性能,对三个著名的人脸数据集进行了三个不同的实验。即使在训练姿势数量有限的情况下,所获得的识别精度和累积的匹配特征曲线也证实了该方法在较宽的姿势变化中的有效性。

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  • 来源
    《Image Processing, IET》 |2014年第5期|300-309|共10页
  • 作者

    Takallou H.M.; Kasaei S.;

  • 作者单位

    Image Processing Laboratory, Department of Computer Engineering, Sharif University of Technology, Tehran, Iran|c|;

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  • 正文语种 eng
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