基于混沌映射的垃圾数据脑电图加密方案

Jung-Sook Kim, Jang-Young Chung
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引用次数: 2

摘要

该技术的价值逐渐提高,各种安防系统的核心技术得到了发展。所提出的安全方案使用密码和各种设备,总是被恶意用户打开。为了解决这一问题,引入了生物识别认证系统,但其存在一个问题,即对用户造成二次损害。因此,开发了利用脑电图(EEG)信号进行身份验证的方法。然而,EEG信号的大小是大,它会导致很多问题的实时认证。加密方案是必要的。本文利用脑电信号的混沌映射,提出了一种有效的垃圾数据加密方案,用于实时身份验证。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
EEG Encryption Scheme with Junk Data Using Chaos Maps
Gradually increasing the value of the technology, the techniques of the various security systems to protect the core technology have been developed. The proposed security scheme, which uses both a password and the various devices, is always open by malicious user. In order to solve that problem, the biometric authentication systems are introduced but they have a problem which is the secondary damage to the user. So, the authentication methods using EEG (Electroencephalography) signals were developed. However, the size of EEG signals is big and it causes a lot of problems for the real-time authentication. And the encryption scheme is necessary. In this paper, we proposed an efficient encryption scheme with junk data using chaos map on the EEG signals for person authentication in real-time.
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