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A Novel Approach to address Sensor Interoperability Using Gabor Filter

机译:使用Gabor滤波器解决传感器互操作性的新方法

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摘要

Biometric authentication using fingerprint is one of the unique and reliable method of verification processes. Biometric System suffers a significant loss of performance when the sensor is changed during enrollment and authentication process. In this paper fingerprint sensor interoperability problem is addressed using Gabor ulter and classifying images into good and poor quality. Gabor utters play an important role in many application areas for the enhancement of various types of fingerprint images. Gabor filters can remove noise, preserve the real ridges and valley structures, and it is used for fingerprint image enhancement. Experimental results on the FVC2004 databases show improvements of this approach.
机译:使用指纹的生物特征认证是验证过程独特而可靠的方法之一。当在注册和身份验证过程中更换传感器时,生物识别系统会遭受重大性能损失。在本文中,使用Gabor ulter解决了指纹传感器的互操作性问题,并将图像分为好质量和差质量。 Gabor发声器在许多应用领域中对增强各种类型的指纹图像起着重要作用。 Gabor滤波器可以消除噪声,保留真实的山脊和山谷结构,并用于指纹图像增强。 FVC2004数据库上的实验结果表明该方法的改进。

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