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A neurofeedback training paradigm for motor imagery based Brain-Computer Interface

机译:基于运动图像的脑机接口的神经反馈训练范例

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The performance of motor imagery based brain-computer interface (BCI) is mainly depending on subject''s ability of self-modulation EEG signals. A proper training would help naïve subjects to modulate brain activity proficiently. A few works of neurofeedback training showed that the performance was similar by using different feedback type because they did not provide the distinguishing characteristic to train subjects. To improve the performance of neurofeedback training, we presented a training paradigm which provided dissimilar information of imagination strength in visual feedback. The strength based feedback showed the difference in the inter-trials and it would help subjects to follow the right way to modulate brain signals. The experiment results verified the effectiveness of the proposed training paradigm.
机译:基于运动图像的脑机接口(BCI)的性能主要取决于受试者的自调制EEG信号的能力。适当的培训将帮助未成熟的受试者熟练地调节大脑活动。一些神经反馈训练的作品表明,通过使用不同的反馈类型,其表现是相似的,因为它们没有提供训练对象的显着特征。为了提高神经反馈训练的性能,我们提出了一种训练范例,该范例提供了视觉反馈中想象力的不同信息。基于强度的反馈显示了两次试验之间的差异,这将有助于受试者遵循正确的方法来调节大脑信号。实验结果验证了所提出训练范式的有效性。

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