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Classification of EEG from Black Color Stimuli to Command a Remote-Controlled Car: Ongoing Study

机译:从黑色刺激到控制遥控车的脑电图分类:正在进行的研究

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In this manuscript, we present a pilot study to use the black color stimuli and resting state to wirelessly control a remote-controlled car. Power Spectral Density (PSD) was calculated on EEG signals to extract features and Multilayer Perceptron (MLP) was proposed to classify the EEG features using a 5-fold cross validation. Our results reported that best score classification was on 100% for Delta band using six electrodes and they allow to control a remote-controlled car. This approach is compared to other BCI paradigm and machine learning algorithms so that our results outperformed others works.
机译:在本手稿中,我们提供了一项初步研究,以使用黑色刺激和静止状态来无线控制遥控车。对脑电信号计算功率谱密度(PSD)以提取特征,并提出了使用5倍交叉验证对多层感知器(MLP)进行脑电特征分类的方法。我们的结果报告说,使用六个电极的Delta频段的最佳分数分类为100%,并且它们可以控制远程控制的汽车。将该方法与其他BCI范例和机器学习算法进行了比较,因此我们的结果优于其他方法。

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