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Finger Knuckle Print recognition based on Gabor feature and KPCA+LDA

机译:根据Gabor特征和KPCA + LDA的指关节印刷识别

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Biometric authentication is considered as the most secure and protected method to recognize and verify person's identity. The recent study shows that finger knuckle print of a person can be used as a biometric trait in a biometric authentication system due to its uniqueness property. In this paper, we propose a biometric authentication system which makes use of finger knuckle image of a person as biometric trait. Here feature extraction is done by applying a bank of Gabor filter to a pre-processed FKP image. Then dimensionality of the extracted feature is reduced by using KPCA (kernel principal component analysis) algorithm. Then Linear Descriminant Analysis (LDA) algorithm is applied on KPCA feature space to increase the between class separability features.Euclidean distance measure is used for classification. The proposed system has a recognition rate of 91.67%.
机译:生物识别身份验证被认为是识别和验证人身份的最安全和受保护的方法。最近的研究表明,由于其唯一性,人们可以用作生物认证系统中的生物特征。在本文中,我们提出了一种生物认证系统,该系统利用人的指关节图像作为生物特征。这里通过将一块Gabor滤波器应用于预处理的FKP图像来完成特征提取。然后通过使用KPCA(内核主成分分析)算法来减少提取特征的维度。然后在KPCA特征空间上应用线性描述分析(LDA)算法以增加类别可分离特征。对距离测量用于分类。拟议的系统的识别率为91.67%。

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