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Principal Component Analysis Based Feature Extraction, Morphological Edge Detection and Localization for Fast Iris Recognition | Science Publications

机译:基于主成分分析的特征提取,形态学边缘检测和定位,用于快速虹膜识别科学出版物

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> This study involves the Iris Localization based on morphological or set theory which is well in shape detection. Principal Component Analysis (PCA) is used for preprocessing, in which the removal of redundant and unwanted data is done. Applications such as Median Filtering and Adaptive thresholding are used for handling the variations in lighting and noise. Features are extracted using Wavelet Packet Transform (WPT). Finally matching is performed using KNN. The proposed method is better than the previous method and is proved by the results of different parameters. The testing of the proposed algorithm was done using CASIA iris database (V1.0) and (V3.0).
机译: >这项研究涉及基于形态学或集合论的虹膜定位,该形状在形状检测方面很出色。主成分分析(PCA)用于预处理,在此过程中,将删除多余和不需要的数据。中值滤波和自适应阈值等应用程序用于处理照明和噪声的变化。使用小波包变换(WPT)提取特征。最后,使用KNN进行匹配。所提出的方法优于以前的方法,并通过不同参数的结果证明。使用CASIA虹膜数据库(V1.0)和(V3.0)对提出的算法进行了测试。

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