Abstract
ABSTRACTMany efforts have been made to understand the neural mechanisms of the human brain. However, visualization of human brain processing has been a main challenge in the field. It is still largely unknown how the human brain allocates attention to target objects while excluding unrelated information in a complex visual environment. Using simultaneous electroencephalogram and eye tracking measurements, in this study, we analyzed two brain regions separately to detect the brain wave activity during visual information processing. We observed an activation difference between sensory (P100) and cognitive (P300) processing, and the behavioral response was improved by providing valid cue-target location information. Furthermore, neural processing was evaluated according to the specific area of brain activation and eye movements during cognitive processing. Our results demonstrate the correlation between behavior performance and visual stimuli and suggest an advantage of combined paradigms for efficient visual information processing.
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