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Orthogonal Extreme Learning Machine Based P300 Visual Event-Related BCI

机译:基于正交极限学习机的P300视觉事件相关BCI

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Brain Computer Interface (BCI) is a type of human-computer relationship research that directly translates electrical activity of brain into commands that can rule equipment and create novel communication channel for muscular disabled patients. In this study, in order to overcome shortcoming of Singular Value Decomposition in Extreme Learning Machine, iteratively optimized neuron numbered QR Decomposition technique with different approaches are proposed. QR Decomposition Extreme Learning Machine technique based P300 event-related potential BCI application that achieves almost % 100 classification accuracy with milliseconds is presented. QR decomposition based ELM and novel feature extraction method named Multi Order Difference Plot (MoDP) techniques are milestones of proposed BCI system.
机译:脑计算机接口(BCI)是一种人机关系研究,可以直接将大脑的电活动转换为可以控制设备并为肌肉残疾患者创建新的沟通渠道的命令。为了克服极限学习机奇异值分解的不足,提出了一种迭代优化的神经元编号QR分解技术。提出了基于QR分解极限学习机技术的P300事件相关的潜在BCI应用程序,该应用程序可在几毫秒内达到几乎100%的分类精度。基于QR分解的ELM和新颖的特征提取方法多阶差分图(MoDP)技术是所提出的BCI系统的里程碑。

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