The purpose of this study is to develop the Brain-Computer Interface. In this study, the EEG (Electro-Encephalo-Gram) during eye movements was focused so that the experimental results might be applicable in developing such an interface. While a subject moved his/her eyes toward a visual or auditory stimulus, the EEG was recorded. After processing the EEG data, it was evaluated if there was any correlation between the EEG and eye movements. Experimental results indicated that the EEG was sharply dropped at 25 milliseconds advance to starting of eye movements at the occipital lobe.
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