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Biometric Identification Based on EEG Signal with Photo Stimuli using Hjorth Descriptor

机译:基于Hjorth描述符的带有光刺激的脑电信号生物识别

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Biometric techniques are methods for recognizing a person based on physiological or behavioral characteristics. The advantage of biometric techniques is difficult to modify. Many recent studies have started to develop bio signal-based biometrics such as the biometric electroencephalogram (EEG). This study proposes a biometric identification system based on EEG signals with photo stimuli. The EEG data is collected from five participants with five recording sections by using the Muse Headband EEG Monitor. The EEG characterization of each individual is calculated using the Hjorth Descriptor method. Validation of the proposed system is done by using K-fold crossvalidation and Backpropagation neural network. A total of 25 validated data, consisting of 10 test data and 15 training data. The system achieves 100% accuracy.
机译:生物识别技术是用于基于生理或行为特征来识别人的方法。生物识别技术的优势很难改变。最近的许多研究已开始开发基于生物信号的生物特征识别技术,例如生物特征性脑电图(EEG)。这项研究提出了一种基于带有光刺激的脑电信号的生物特征识别系统。通过使用Muse头带EEG监视器,从五个参与者的五个记录部分收集EEG数据。使用Hjorth描述符方法计算每个个体的EEG特征。所提出的系统的验证是通过使用K折交叉验证和反向传播神经网络来完成的。总共25个经过验证的数据,其中包括10个测试数据和15个训练数据。该系统达到100%的精度。

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