, 144 6.1.4.2 Fréquence de l'activité manuelle par rapport à la performance BCI145 6.1.4.3 La prise en compte d'un état de repos est-elle pertinente pour une BCI ?
,
,
, 156 6.2.4.1 Grasp'it : une BCI pour aider à l'apprentissage de la KMI
,
, Chapitre 7
, Détection de l'activité cérébrale motrice sous l'effet d'un anesthésiant 161
1.2.2 Comité d'éthique et enregistrement de l'essai clinique ,
, 1.2.8 Période d'inclusion et durée de l'étude
, 1.3.1 Effet du propofol sur les ERSP pour les conditions RM et MI . . 173 7.1.3.2 Effet du propofol sur les ERSP pour les conditions MNS
,
Effet du propofol sur les modulations ERD ,
, , p.178
, Détecter l'imagination de mouvement grâce à la MNS, p.180
, 1.4.1 Modulations de l'ERD et de l'ERS en présence de propofol
, , vol.186, p.7
,
,
, Nous avons montré à travers nos études des chapitres 4 et 5 qu'une BCI basée sur la stimulation du nerf médian pourrait permettre de détecter l'intention de mouvement des patients victimes de réveils peropératoires, vol.464
En effet, il est possible que les anesthésiques aient un effet sur les modulations habituellement générées lors d'un mouvement ou d'une imagination de mouvement, rendant alors leur détection impossible [309]. Pour vérifier qu'une intention de mouvement est toujours détectable en présence d'anesthésiant ,
un anesthésique intraveineux couramment utilisé) agit sur le signal EEG du cortex moteur. L'objectif principal est de vérifier que les modulations ERD et ERS sont toujours présentes lors de 4 conditions motrices (i.e. mouvement réel, imagination de mouvement, stimulation du nerf médian, mouvement imaginé pendant une stimulation du nerf médian) pour trois concentrations de propofol (0 µg.ml ?1 , 0,5 µg.ml ?1 , et 1 µg.ml ?1 ). Puis, nous évaluerons la possibilité de détecter l ,
, Si le chapitre 5 a montré que la stimulation du nerf médian pouvait être la clé de voûte d'une 1. Comité de Protection des Personnes Île
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