| Summary: | 碩士 === 逢甲大學 === 自動控制工程所 === 95 === This main goal of research is using MATLAB® to establish the EEG display platform, we used the Surface Laplace method to develop the topographic mapping of dynamic EEG .
In the whole spatial distribution, mainly is performs using the color change to differentiate his/her the brain change condition situation, and collocation topographic movie to show EEG topobraphic continuously changes in the brain.
This research system framework are using 16 channels EEG data and 128 HZ sampling rate, will get the signal and send to personal computer to make the next process. Analysis of soft is main in complete under the MATLAB® platform.
Because this research at present not yet the practical application at the brain related disease, is the simulation stage, future expected may coordinate the hospital the clinical reality test, even continues this research, matches the present popular BCI system, choosing the non-invasion method to obtain the actual EEG signal, the synchronized observation brain in each kind of situation the change.
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