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Biometric identification system using fingerprint and knuckle as multimodality features

机译:以指纹和指关节为多模态特征的生物特征识别系统

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Advancement of information technology coupled with the need for high security for passwords, the application of biometric as identification and recognition process serves a crucial purpose to avoid the risk to find or still. The texture pattern produces by hand geometry for authenticated access control it is the true substitute for passwords and identifiers in converse with the existing method biometric traits i.e. fingerprint and knuckle multimodal authentication system utilize line texture pattern to achieve actual personal identification. In this paper, we proposed the authentication system which uses multimodality feature extraction techniques with neural network as a classifier. Knuckle is a quite unique biometric trait having inherent skin pattern combined with fingerprint to implement multimodality. The performance of the system has been tested on biometric database that includes 16 subject's hands. The experimental result shows that multimodality features based authentication system has better authentication rate over single feature.
机译:信息技术的进步,加上对密码的高度安全性的要求,生物识别技术作为识别和识别过程的应用起到了至关重要的作用,从而避免了被发现或静止的风险。纹理图案是通过手工几何图形生成的,用于经过身份验证的访问控制,与现有的生物特征相​​违背,它是密码和标识符的真正替代品,即指纹和指关节多模式身份验证系统利用线条纹理图案来实现实际的个人识别。在本文中,我们提出了一种使用神经网络作为分类器的多模式特征提取技术的认证系统。指节是一个非常独特的生物特征,具有固有的皮肤模式和指纹以实现多模态。该系统的性能已在包括16位受试者的手的生物特征数据库上进行了测试。实验结果表明,基于多模式特征的认证系统具有比单个特征更高的认证率。

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