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首页> 外文期刊>International Journal of Biometric and Bioinformatics >Enhancement of Multi-Modal Biometric Authentication Based on IRIS and Brain Neuro Image Coding
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Enhancement of Multi-Modal Biometric Authentication Based on IRIS and Brain Neuro Image Coding

机译:基于IRIS和脑神经图像编码的多模态生物特征认证的增强

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The proposed method describes the current forensics and biometrics in a modern approach and implements the concept of IRIS along with brain and resolves the issues and increases the strength of Digital Forensics Community. It has enormous features in biometrics to enhance diverse security levels. A new method to identify individuals using IRIS Patterns with the brain wave signals (EEG) is proposed. Several different algorithms were proposed for detecting, verifying and extracting the deterministic patterns in a person?s IRIS from the Eye. The extracted EEG recordings form the person`s brain has proved to be unique. Next we combine EEG signals into the IRIS patterns a biometric application which makes use of future multi modal combination architecture. The proposed forensic research directions and argues that to move forward the community needs to adopt standardized, modular approaches for person identification. The result of each authentication test is compared with the user`s pre-recorded measurements, using pattern recognition methods and signal-processing algorithms.
机译:提出的方法以一种现代方法描述了当前的取证和生物识别技术,并与大脑一起实施了IRIS的概念,解决了问题并增强了数字取证社区的实力。它在生物识别方面具有巨大的功能,可以提高各种安全级别。提出了一种使用带有脑波信号(EEG)的IRIS模式识别个人的新方法。提出了几种不同的算法来检测,验证和提取人眼中IRIS的确定性模式。从人脑提取的脑电图记录被证明是独一无二的。接下来,我们将EEG信号组合到生物特征识别应用程序的IRIS模式中,该应用程序将利用未来的多模式组合架构。拟议的法医研究方向,并指出,要推动社区发展,就需要采用标准化的模块化方法进行人员识别。使用模式识别方法和信号处理算法,将每个身份验证测试的结果与用户预先记录的测量结果进行比较。

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