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Pattern classification of time-series EEG signals using neural networks

机译:使用神经网络的时间序列EEG信号的模式分类

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This paper proposes a pattern classification method of time-series EEG signals using neural networks. To achieve successful classification for non-stationary EEG signals, a new network structure that combines a probabilistic neural network and recurrent neural filters is used. This network is suitable for expressing statistical and time-varying characteristics of time-series EEG signals. In the experiments, two types of photic stimulation caused by eye opening/closing and by artificial light are used to measure the EEG data. It is shown that the proposed network can achieve high classification performance.
机译:本文提出了使用神经网络的时间序列EEG信号的模式分类方法。为了实现非静止EEG信号的成功分类,使用结合概率神经网络和经常性神经滤波器的新网络结构。该网络适用于表达时间序列EEG信号的统计和时变特性。在实验中,通过眼睛开口/关闭和通过人造光引起的两种类型的光刺激用于测量EEG数据。结果表明,所提出的网络可以实现高分类性能。

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