Experimental study concerning the effects of stimulus three dimensional configuration on the visually induced self-motion perception

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Effects of three dimensional stimulus configurations on visually induced self-motion perception (vection) were investigated. A series of psychophysical experiments revealed various facts, e.g. 1) central visual stimulus can induce self-motion perception as strong as peripheral stimulus with equalized size, even if there is no stimulus-depth artifact, and 2) vection inhibition by static background is dominated by peripheral visual field, whereas vection facilitation caused by static foreground is evident in central vision.