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A low-rank tensor-based algorithm for face recognition

机译:基于低秩张量的人脸识别算法

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摘要

The face recognition problem arises in a wide range of real life applications. Our new developed face recognition algorithm, based on higher order singular value decomposition (HOSVD) makes use of only third order tensor. A convenient way of writing the commuta-tivity of different modes of tensor-matrix multiplications leads to a new method that outperforms in terms of complexity another third order tensor method. The resulting algorithm is more successful (in terms of recognition rate) than the conventional eigenfac-es algorithm. Its effectiveness is proved for two benchmark datasets (ExtYaleB and Essex datasets), which are ensembles of facial images that combine different modes, like facial geometries, illuminations, and expressions.
机译:人脸识别问题出现在广泛的现实应用中。我们新开发的基于高阶奇异值分解(HOSVD)的面部识别算法仅使用三阶张量。一种方便的方式来写张量矩阵乘法的不同模式的可交换性会导致一种新方法,该方法在复杂性方面优于另一种三阶张量方法。所得的算法(在识别率方面)比常规的特征值算法更成功。对于两个基准数据集(ExtYaleB和Essex数据集)证明了其有效性,这两个数据集是结合了不同模式(如面部几何形状,照明和表情)的面部图像的集合。

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