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Face Recognition via Multi linear Principal Component Analysis and Two-Dimensional Extreme Learning Machine

机译:多线性主成分分析和二维极限学习机的人脸识别

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摘要

Because of face images are naturally two-dimensional data, there have been several 2D feature extraction methods to deal with facial images while there are few 2D effective classifiers. In this work, by using a linear tensor projection, a new two-dimensional classifier based on extreme learning machine is introduced. Due to the proposed algorithm can classify matrix data directly without vectorizing them, the intrinsic structure information of the input data can be reserved. In addition, discriminative features sets are generated using MPCA to ascertain classification accuracy. Finally, Extensive experiments are carried out on two face databases and the results are compared against state-of-the-art techniques. It is demonstrated that the proposed algorithm MPCA plus 2D-ELM achieves better recognition performance.
机译:由于面部图像自然是二维数据,因此有几种2D特征提取方法可以处理面部图像,而2D有效分类器却很少。在这项工作中,通过使用线性张量投影,引入了一种基于极限学习机的新型二维分类器。由于提出的算法可以直接对矩阵数据进行分类而无需向量化,因此可以保留输入数据的固有结构信息。另外,使用MPCA生成判别特征集,以确定分类准确性。最后,在两个人脸数据库上进行了广泛的实验,并将结果与​​最新技术进行了比较。结果表明,提出的MPCA算法加2D-ELM算法具有较好的识别性能。

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