Stable EEG source estimation for standardized Kalman filter using rate-of-change tracking

Key Points

• The study shows accurate localization of brain activity, particularly in sub-thalamic areas, which enhances treatment options.
• Results indicate a promising approach for sensor placements guided by stable models for cortical and subcortical activities.
• Analysis utilizes a standardized Kalman filter methodology, ensuring reliable dynamical property estimations over time.
• These findings could significantly improve procedures for deep-brain stimulation and related interventions in neurological disorders.