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Abstract
Electroencephalography (EEG) provides significant guidance to multimedia analysis. Meanwhile, analyzing eye movement data is a meaningful method to understand visual perception. Essentially, EEG and Eye tracking records can serve as a bridge that reduces the gap between comprehension of multimedia content and its digital representation. Current research only focuses on EEG and Eye Tracker data in a separated manner to collect relevant information. It is necessary to combine them together to provide meaningful analysis on the mapping between multimedia features and brains functional response.In this thesis, I propose a platform to simultaneously record EEG and eye movement data by integrating 256-channel EEG and Eye Tracker devices together. Then a procedure is designed and tested to process the EEG and eye movement records. Finally, an experiment is performed to explore the correlation between multimedia stimulus and corresponding brain and eye response.