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Multimanifold analysis with adaptive neighborhood in DCT domain for face recognition using single sample per person

机译:DCT域中具有自适应邻域的多流形分析,用于每人一个样本的人脸识别

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Appearance-based face recognition methods have achieved great success in face recognition, whereas these methods fail to work for face recognition from single sample per person (SSPP). However in the most real-world situations there is only one image per person available such as law enhancement, epassport and ID card identification. In this paper a novel mutimanifold learning techniqe called improved-DMMA (I-DMMA) is proposed to address the SSPP problem. I-DMMA, is an improved version of DMMA which automatically determines the local neighborhood size and utilizes discrete cosine transform (DCT) as an initial feature extraction step. Experimental results on a widely used face database FERET, is presented to demonstrate the efficacy of the proposed approach.
机译:基于外观的面部识别方法在面部识别中取得了很大的成功,而这些方法却无法从每人单个样本(SSPP)进行面部识别。但是,在最现实的情况下,每人只能获得一张图像,例如法律增强,护照和身份证识别。在本文中,提出了一种新颖的多面体学习技术,称为改进的DMMA(I-DMMA),以解决SSPP问题。 I-DMMA是DMMA的改进版本,它可以自动确定局部邻域大小,并使用离散余弦变换(DCT)作为初始特征提取步骤。提出了在广泛使用的人脸数据库FERET上的实验结果,以证明该方法的有效性。

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