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Survey Of Multimodal Biometric Using Ear And Finger Knuckle Image

机译:使用耳朵和手指关节图像进行多模式生物特征识别的调查

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摘要

Todays world threats to personal data is imminent so identity of a person is important. With the increased battle against cybercrimes, person identification has given rise to biometric authentication system. Human identification has been subjected to intensive research due to their application in all aspects of security surveillance. Biometric is a mechanism to recognize a person by physical or behavioral traits such as face, fingerprint, signature, iris, palmprint, hand geometry, ear, finger knuckle print. To overcome the limitation of Uni Biometric by Multimodal Biometric has been developed. This paper provides an overview of Ear and Finger Knuckle Biometric recognition with different fusion technique to authenticate a person. The Ear and Finger Knuckle biometric are recently developing technique which are non-invasive method of Person identification. The Ear Biometric are unique since it is stable from birth. The image pattern from Finger Knuckle bending is highly unique and rich in texture patterns. It shows that the performance of different Biometric system varies according to application.
机译:当今世界对个人数据的威胁迫在眉睫,因此一个人的身份很重要。随着与网络犯罪的斗争越来越激烈,个人身份识别已引起生物识别系统的发展。由于人类识别技术在安全监控的各个方面的应用,因此已经进行了深入研究。生物特征识别是一种通过身体或行为特征(例如脸部,指纹,签名,虹膜,手掌,手的几何形状,耳朵,指关节的指纹)识别人的机制。为了克服Unimodal的局限性,Multimodal Biometric被开发出来了。本文概述了通过不同融合技术对人进行身份验证的耳和指关节生物特征识别。耳指关节生物识别技术是近来发展起来的技术,是一种非侵入性的人身识别方法。耳朵生物识别技术独特,因为从出生起就很稳定。指关节弯曲产生的图像图案非常独特,并且纹理图案丰富。结果表明,不同的生物特征识别系统的性能随应用程序而变化。

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