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Bidirectional 2D-OFD for face recognition

机译:面部识别的双向2D-OFD

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摘要

In this paper, we propose an algorithm for face recognition. The new feature representation technique is called bidirectional 2-dimensional orthogonalized fisher discriminant analysis (B2D-OFD). B2D-OFD directly extracts image scatter matrix from 2D image and uses LDA for recognition. And then it eliminates dependence among feature vectors by orthogonalizing. By simultaneously considering both the row and column direction, we greatly reduce the size of feature matrix and get similar recognition rate. As a result of ORL database, the average recognition rate of B2D-OFD is 96.1%, while the average recognition rate of (2D)~2 FLD is 95.3% and the average recognition rate of (2D)~2 PCA is 94.6%.
机译:在本文中,我们提出了一种用于人脸识别的算法。新特征表示技术称为双向二维正交化Fisher判别分析(B2D-OFD)。 B2D-OFD直接从2D图像中提取图像散射矩阵,并使用LDA进行识别。然后它通过正交化消除特征向量之间的依赖性。通过同时考虑行和列方向,我们大大减小了特征矩阵的大小并获得了类似的识别率。由于ORL数据库的结果,B2D-OFD的平均识别率为96.1%,而(2D)〜2 FLD的平均识别率为95.3%,(2D)〜2 PCA的平均识别率为94.6%。

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