Objective Burst-suppression is an electroencephalographic pattern observed during coma.
In individuals without known brain pathologies undergoing deep general anesthesia …

Brain-machine interfaces (BMIs) for closed-loop control of anesthesia have the potential to
automatically monitor and control brain states under anesthesia. Since a variety of …

Identification of input-output (IO) dynamics of brain networks in response to electrical
stimulation is essential for devising closed-loop therapies for neurological disorders such as …

Abstract Brain-Machine Interfaces (BMIs) are increasingly important in biomedical research
and health care applications, such as medical laboratory tests and analyses, cerebrology …

Homeostatic processes govern multiple latent state variables within the human body. While
many of these states remain largely unobserved, they frequently give rise to bioelectric and …

Les interfaces cerveau-machines (ICM) sont de plus en plus importantes dans la recherche
biomédicale et ses applications, tels que les tests et analyses médicaux en laboratoire, la …