Recognition of perception and the localization for aperture problem in visual pathway of brain

The aperture problem is the one of the experiments to analyze binding mechanism of the space recognition with the human visual pathway. Nishina has already insisted that recognition of visual perception by the aperture problem depends in display time. In this paper, we discuss how other experimental parameters, e.g., radius, distance between circles, and speed of bar depend with recognition rate by measurement analysis of the perception. We simultaneously estimate the reaction latency of the perception by electroencephalograms (EEG) analysis, and we localize the brain activity area by equivalent current dipole (ECD). We then discuss the relationship between the reaction latency of the visual evoked potential (VEP), event related potential (ERP) and the localized equivalent current dipole (ECD) in the visual pathway. By these discussion, we concluded that perception would be localized with the prefrontal lobe.