Abstract
New visualization methods can improve understanding of complex scientific phenomena, such as the brain electrical activity. Real-time execution facilitates assessment of genuine dynamics of brain operation. This paper presents methods for visualization of the brain electrical activity, and real-time implications of the standard computer implementation. The authors present essential trade-off and lessons learned during the realization of two different EEG visualization environments. Real-time visualization provides assessment of genuine brain dynamics, and perception of inherent spatio-temporal patterns of brain electrical activity.
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