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Algorithm of Imagined Left-right Hand Movement Classification Based on Wavelet Transform and AR Parameter Model

机译:基于小波变换和AR参数模型的想象左手运动分类算法

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Brain-computer interface (BCI) provides new communication and control channels that do not depend on the brain's normal output of peripheral nerves and muscles. In this paper, we report on results of developing a single trial online motor imagery feature extraction method for BCI. The wavelet coefficients and autoregressive parameter model was used to extraction the features from the motor imagery EEG and the linear discriminant analysis based on mahalanobis distance was utilized to classify the pattern of left and right hand movement imagery. The performance was tested by the Graz dataset for BCI competition 2003 and satisfactory results are obtained with an error rate as low as 10.0%.
机译:脑电脑接口(BCI)提供了新的通信和控制渠道,不依赖于大脑的正常输出周围神经和肌肉。在本文中,我们报告了开发单一试用在线电动机图像的结果,用于BCI的单一试用机构特征提取方法。小波系数和自回归参数模型用于提取来自电动机图像EEG的特征,并且利用基于Mahalanobis距离的线性判别分析来分类左手运动图像的图案。该性能由Graz DataSet测试BCI竞赛2003年,获得满意的结果,错误率低至10.0%。

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