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Face Recognition based Tensor Structure

机译:基于人脸识别的张量结构

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摘要

Face recognition has broad applications, and it is a difficult problem since face image can change with photographic conditions, such as different illumination conditions, pose changes and camera angles. How to obtain some invariable features for a face image is the key issue for a face recognition algorithm. In this paper, a novel tensor structure of face image is proposed to represent image features with eight directions for a pixel value. The invariable feature of the face image is then obtained from gradient decomposition to make up the tensor structure. Then the singular value decomposition (SVD) and principal component analysis (PCA) of this tensor structure are used for face recognition. The experimental results from this study show that many difficultly recognized samples can correctly be recognized, and the recognition rate is increased by 9%-l 1% in comparison with same type of algorithms.
机译:人脸识别应用广泛,这是一个难题,因为人脸图像会随摄影条件而变化,例如不同的照明条件,姿势变化和相机角度。如何获得面部图像的一些不变特征是面部识别算法的关键问题。在本文中,提出了一种新颖的人脸图像张量结构来表示具有八个方向的像素值的图像特征。然后通过梯度分解获得人脸图像的不变特征,以构成张量结构。然后将该张量结构的奇异值分解(SVD)和主成分分析(PCA)用于人脸识别。这项研究的实验结果表明,许多难以识别的样本都可以正确识别,并且与相同类型的算法相比,识别率提高了9%-1 1%。

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