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Comparison of channel selection methods on the classification of EEG data obtained from the animal non-animal categorization experiment

机译:从动物非动物分类实验获得的脑电数据分类中渠道选择方法的比较

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In this study, we have investigated channel selection algorithms on the classification performance of EEG data obtained from animalon-animal categorization task experiment. Signals from electrodes were analyzed and active locations associated with visual stimuli were determined in the channel selection process. Piecewise Constant Modeling (PCM) and Piecewise Linear Modeling (PLM) techniques were used as feature extraction methods and r (Pearson) values, Fisher Score (FS), Mutual Information (MI), Kullback Leibler Distance (KLD) and Common Spatial Pattern (CSP) methods were used as channel selection methods in the study. It was observed that best classification performance was achieved when PCM was used as feature extraction method and VR was used as channel selection method.
机译:在这项研究中,我们研究了从动物/非动物分类任务实验获得的脑电数据分类性能的信道选择算法。分析来自电极的信号,并在通道选择过程中确定与视觉刺激相关的活动位置。分段常数建模(PCM)和分段线性建模(PLM)技术被用作特征提取方法,并且r(皮尔逊)值,Fisher分数(FS),互信息(MI),Kullback Leibler距离(KLD)和公共空间模式( CSP)方法被用作研究中的渠道选择方法。观察到,当使用PCM作为特征提取方法和使用VR作为通道选择方法时,可以获得最佳的分类性能。

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