Speaker Authentication Method using Reservoir Computing for Security System

Yuki Sakaguchi, Rin Hirakawa, H. Kawano, Y. Nakatoh
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Abstract

In recent years, we have been using biometric authentication systems in various places such as daily life and businesses. However, it's insufficient in hospital and food factory to introduction of the security system of the room access control. This is because they wear gloves, masks and hats in hospitals and factories, so they cannot authenticate faces or fingerprints. To solve this problem, I turned my attention to voice authentication. In this study, I propose a speaker authentication system based on Reservoir Computing. Reservoir computing is a new type of recursive neural network. In this study, we conducted classification experiments on 3, 5, and 10 speakers. The results show that the F-measure is above 0.9 for all the number of speakers.
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基于库计算的安全系统说话人认证方法
近年来,我们已经在日常生活和商业等各个场所使用生物识别认证系统。然而,在医院和食品厂,对房间门禁安全系统的引入是不够的。这是因为他们在医院和工厂里戴着手套、口罩和帽子,因此无法识别人脸或指纹。为了解决这个问题,我把注意力转向了语音认证。在本研究中,我提出了一种基于库计算的说话人认证系统。油藏计算是一种新型的递归神经网络。在本研究中,我们分别对3名、5名和10名说话人进行了分类实验。结果表明,在所有扬声器数量下,f值都在0.9以上。
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