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Comparison of EEG signal features and ensemble learning methods for motor imagery classification

机译:EEG信号特性和集合学习方法的比较电动机图像分类

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Classifying electroencephalogram (EEG) signal in Brain Computer Interface (BCI) is a useful methods to analysis different organs of human body and it can be used for communicate with the outside world and controlling external device. Accuracy classification of extracted features from EEG signals is a problem which many researcher try to improve it. Although many methods for extracting feature and classifying EEG signal have been proposed and developed, many of them suffer from extracting less accurate data from EEG signals. In this work, four signal feature extraction and three ensemble learning method have been reviewed and performances of classification techniques are compared for motor imagery task.
机译:脑电脑界面中的脑电图(EEG)信号(BCI)是一种分析人体不同器官的有用方法,可用于与外界和控制外部设备进行通信。 EEG信号中提取特征的准确性分类是许多研究人员试图改进它的问题。尽管已经提出和开发了许多用于提取特征和分类EEG信号的方法,但其中许多群体来自EEG信号的提取较低的准确数据。在这项工作中,已经审查了四个信号特征提取和三个集合学习方法,并将分类技术进行了性能,以便电动机图像任务。

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