Implementation of Machine Learning in BCI Based Lie Detection

M. Khalil, Maria Ramirez, Johnny Can, K. George
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引用次数: 3

Abstract

In this study, EEG, fNIRS, and HRV signals, recorded from a group of subjects when they were answering a series of true or false questions, were used to see if there is a correlation between BCI results and lying. The EEG and fNIRS signals were collected with g.Nautilus fNIRS-8 headset, while HRV was measured using the Wellue Smart Pulse Oximeter for Adults and Infant connected to iPhone 8 via the ViHealth app. After all the subjects' BCI signals were collected, the raw data was processed in MATLAB and then put in a CSV file. The CSV file was put in MATLAB's Classification Learner KNN and SVM to determine the accuracy of the results. The accuracy of KNN and SVM functions had a range of 75% to 79.4%. The learner was able to predict 81.5% of the truths and 73.7% of the lies.
机器学习在脑机接口测谎中的实现
在这项研究中,EEG、fNIRS和HRV信号记录了一组受试者在回答一系列对或错的问题时的表现,用来观察脑机接口(BCI)结果与撒谎之间是否存在相关性。EEG和fNIRS信号采集使用g.Nautilus fNIRS-8头戴式耳机,HRV测量使用Wellue成人和婴儿智能脉搏血氧仪,通过ViHealth应用程序连接iPhone 8。所有受试者BCI信号采集后,在MATLAB中进行原始数据处理,然后存入CSV文件。将CSV文件放入MATLAB的分类学习器KNN和SVM中,以确定结果的准确性。KNN和SVM函数的准确率在75% ~ 79.4%之间。学习者能够预测出81.5%的真相和73.7%的谎言。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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