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EEG single-trial classification of visual, auditive and vibratory feedback potentials in Brain-Computer Interfaces

机译:脑电电脑界面中视觉,高声道和振动反馈电位的EEG单试分类

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Feedback stimuli are fundamental components in Brain-Computer Interfaces. It is known that the presentation of feedback stimuli elicits certain brain potentials that can be measured and classified. As stimuli can be given through different sensory modalities, it is important to understand the effects of different types of feedback on brain responses and their impact on classification. This paper presents a protocol used to obtain brain potentials elicited by visual, auditive or vibrotactile feedback stimuli. Experiments were carried out with five different subjects for each modality. Four different single-trial classification strategies were compared, according to the information used to train the classifier, achieving a classification rate of approximately 80% for each modality.
机译:反馈刺激是大脑 - 计算机接口中的基本组件。众所周知,反馈刺激的呈现引发了可以测量和分类的某些脑电位。由于可以通过不同的感觉方式给出刺激,重要的是要理解不同类型反馈对脑响应的影响及其对分类的影响。本文提出了一种用于获得视觉,吸附或振动反馈刺激引起的脑潜力的协议。对每种方式的五种不同受试者进行实验。比较四种不同的单试分类策略,根据用于培训分类器的信息,实现每种方式的分类率约为80%。

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