To reveal the cortical network underlying figure/ground perception and to understand its neural dynamics, we
developed a novel paradigm that creates distinct and prolonged percepts of spatial structures by instantaneous refreshes
in random dot fields. Three different forms of spatial configuration were generated by: (i) updating the whole stimulus
field, (ii) updating the ground region only (negative-figure), and (iii) updating the figure and ground regions in brief
temporal asynchrony. FMRI responses w
DOI: 10.1117/12.707556Current SPIE Digital Library subscribers
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