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In the field of brain-computer interface (BCI) research, building more intuitive and goal-directed BCI systems is a key to breakthrough. “Visual motion imagery,” which enables visual imaging of the operation of a target is one possible method for application to BCI. As a foothold study for applying visual motion imagery to BCI, we examined EEG source activity during visual motion imagery via comparison with visual motion perception. Source activities induced in beta band activity in the right posterior cingulate, left precuneus and left cuneus, and in low gamma activity in the right inferior parietal lobule and supramarginal gyrus were significantly higher in visual motion imagery than in visual motion perception. These findings identify promising brain areas for feature extraction for the development of BCI using visual motion imagery.

EEG source analysis of visual motion imagery for application to brain-computer interface.