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Feature Extraction by Combining Wavelet Packet Transform and Common Spatial Pattern in Brain-Computer Interfaces

机译:通过组合小波包变换和脑电站界面中的公共空间模式来提取特征提取

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Wavelet packet transform (WPT) and common spatial pattern (CSP) are two commonly used methods for feature extraction in brain-computer interfaces. In this paper, a new feature extraction method was proposed that was based on the combination of WPT and CSP. The raw EEG signals were band pass filtered between 8 and 30 Hz, then the filtered signals were subject to WPT and reconstruction, and finally the reconstructed signals were spatially filtered by CSP algorithm. The proposed algorithm was applied to six datasets recorded during BCI experiments based on motor imagery. The results showed superior classification performance, thus verifying the feasibility and validity of the algorithm.
机译:小波分组变换(WPT)和常见的空间模式(CSP)是脑电脑接口中特征提取的两个常用方法。本文提出了一种基于WPT和CSP组合的新特征提取方法。 RAW EEG信号在8到30Hz之间过滤,然后滤波信号受到WPT并重建,最后通过CSP算法在空间上过滤重建的信号。该算法应用于基于电动机图像的BCI实验期间记录的六个数据集。结果显示出卓越的分类性能,从而验证了算法的可行性和有效性。

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