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Soft Computing Based Iris Recognition Using Contourlet

机译:基于Contourlet的基于软计算的虹膜识别

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Identification of individual is becoming a serious issue now days. Biometric systems play a vital role in auto identification of individual based on the unique feature or characteristic possessed by the individuals. Iris is unique for every person so it can be consider as a most reliable and accurate system of identification. The serious issue in iris recognition process is the choosing of transform for feature extraction and the selection of subset in the feature space for classification. In this paper the method of contourlet transform for feature extraction and gray level cooccurrence matrix (GLCM) technique were used to select feature vector subset for classification. Contourlet transform have the excellent property of capturing the intrinsic geometrical structure of the image which is used for feature extraction of the iris image. The multidirectional filter bank decomposes the iris image into different subband levels and provides best resolution of iris in various orientations along with the reduced feature vector dimension due to the characteristic of multiresolution property. The feature vector subset selections were done efficiently using GLCM technique. Texture classification was also done efficiently with the subset vector of feature obtained while in GLCM value. To obtain the accurate classification and result in less processing time with increase performance Support Vector Machine (SVM) is used. Support Vector Machine (SVM) classifier is used among various soft computing technique for classification of iris.SVM provide unique and global solution by whistling Artificial Neural Network (ANN) without depending on the dimensionality of the input. The proposed innovative method is efficient as well as reliable for personal identification which yields less computational running time both in the training and recognition phase. This type of recognition can be used for authentication purpose and security related areas such in airport, banking, and secret missions. Iris Recognition is more efficient than using username and password technique and prevents the malicious action by the intruders. The above recognition experiment can be simulated using MATLAB, and LABVIEW.
机译:如今,识别个人身份已成为一个严重的问题。生物特征识别系统在根据个人拥有的独特特征或特征自动识别个人方面起着至关重要的作用。虹膜对于每个人都是独一无二的,因此可以认为它是最可靠,最准确的身份识别系统。虹膜识别过程中的一个严重问题是选择变换进行特征提取,以及选择特征空间中的子集进行分类。本文采用轮廓波变换的特征提取方法和灰度共生矩阵(GLCM)技术选择特征向量子集进行分类。 Contourlet变换具有捕获用于虹膜图像特征提取的图像固有几何结构的出色特性。由于多分辨率属性的特性,多方向滤波器组将虹膜图像分解为不同的子带级别,并在各种方向上提供了最佳的虹膜分辨率,同时减小了特征向量的尺寸。使用GLCM技术可以有效地完成特征向量子集的选择。利用在GLCM值时获得的特征子集向量,还可以有效地完成纹理分类。为了获得准确的分类并减少处理时间并提高性能,使用了支持向量机(SVM)。支持向量机(SVM)分类器用于各种软计算技术中的虹膜分类.SVM通过吹哨人工神经网络(ANN)提供唯一且全局的解决方案,而无需依赖于输入的维数。所提出的创新方法对于个人识别既有效又可靠,从而在训练和识别阶段都产生较少的计算运行时间。这种类型的识别可用于身份验证目的以及与安全相关的区域,例如机场,银行业务和秘密任务。虹膜识别比使用用户名和密码技术更有效,并且可以防止入侵者进行恶意操作。可以使用MATLAB和LABVIEW对上述识别实验进行仿真。

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