基于手指静脉和手指纹理的个人识别方法

S. Shaila, V. Avani, Rashmi, A. Vadivel
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引用次数: 2

摘要

在考虑安全协议时,身份验证被认为是与信任相关的主要问题。由于生物识别技术在抵御密码和智能卡被盗带来的损失方面具有优势,因此作为一种很有前途的认证方法被广泛采用和使用。然而,生物识别技术是一个具有挑战性的领域,它引入了隐私问题。本文研究了手指静脉识别技术在生物识别系统中的应用。这是用于验证身份的多种生物识别技术之一。该框架同时获得手指静脉和手指纹理图像。摄像头用于获取手指静脉和手指纹理图像。分析了低分辨率手指静脉和手指纹理图像的实用性,学习了协调执行的方法。通过加入对比度有限自适应直方图均衡化(CLAHE)升级策略和中值滤波对低分辨力图像进行了改进。在不同确定层次上对感兴趣区域(ROI)的划分和支点解释使得该框架非常精通。本文提出了一种基于Gabor滤波的高光提取处理识别方法,提高了框架的总体准确性。整个功能列表在本质上具有启发性,并减少了相等错误率。提出了两种新的分数水平组合,即全包和非线性组合,以产生联合协调分数,以确定它们在所提出的框架中的充分性。所提出的方法显示了它对早期分布式努力的优势,并表明该框架非常精确。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Finger vein and finger texture based biometrie approach for personal identification
Authentication is considered as primary issue with respect to trust when security protocols are taken into account. Biometrics is rather adopted and used widely as a promising authentication method due to its advantages in resisting to losses incurred by theft of passwords and smart cards. However, biometrics is a challenging area which introduces privacy concern. In this paper, Finger vein recognition is considered for Biometric authentication system. This is one among many kinds of biometrics used and to verify the identity. The proposed framework gets the finger-vein and finger-texture images at a time. Camera is used to obtain the finger vein and finger texture images. The utility of low-determination finger vein and finger texture images is analyzed to learn the coordinating execution. The low determination images are improved by joining the upgrade strategy Contrast Limited Adaptive Histogram Equalization (CLAHE) and middle filter. The division of Region Of Interest (ROI) at various determination levels and the pivot interpretations makes the framework profoundly proficient. This paper presents a recognizable method Gabor Filter for highlight extraction handle which enhances the general exactness of the framework. The entire list of capabilities is enlightening in nature and lessens the Equal Error Rate. Two new score-level combinations i.e., all-encompassing and nonlinear combination have been developed to produce the joined coordinating score's to find out their adequacy in the proposed framework. The proposed approach shows its predominance over earlier distributed endeavor and displayed that the framework is exceedingly precise.
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