Add to ORKGInternational audienceGoal: Study of the propagation of an epileptic spike. Method: 1- cortex parcellation via structural information coming from diffusion MRI (dMRI) 2- MEG inverse problem on a parcellated source space 3- study of the propagation of an epileptic spike via the active parcels Results on real data allowing to study the spatial propagation of an epileptic spike
International audienceInterictal spikes are a hallmark of cortical epileptogenicity; their spatial d...
Understanding how brain regions interact to perform a given task is a very challenging task. Electro...
La magnéto-encéphalographie (MEG) mesure l´activité cérébrale avec un excellent décours temporel mai...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
Magnetoencephalography (MEG) is a functional non-invasive modality which provides information on the...
International audienceInterictal spikes are a hallmark of cortical epileptogenicity; their spatial d...
International audienceIn this paper, we present a new approach to reconstruct dipole magnitudes of a...
International audienceIn this paper, we present a new approach to the recovery of dipole magnitudes ...
International audienceInterictal spikes are a hallmark of cortical epileptogenicity; their spatial d...
Understanding how brain regions interact to perform a given task is a very challenging task. Electro...
La magnéto-encéphalographie (MEG) mesure l´activité cérébrale avec un excellent décours temporel mai...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
International audienceGoal: Study of the propagation of an epileptic spike.Method: 1- cortex parcell...
Magnetoencephalography (MEG) is a functional non-invasive modality which provides information on the...
International audienceInterictal spikes are a hallmark of cortical epileptogenicity; their spatial d...
International audienceIn this paper, we present a new approach to reconstruct dipole magnitudes of a...
International audienceIn this paper, we present a new approach to the recovery of dipole magnitudes ...
International audienceInterictal spikes are a hallmark of cortical epileptogenicity; their spatial d...
Understanding how brain regions interact to perform a given task is a very challenging task. Electro...
La magnéto-encéphalographie (MEG) mesure l´activité cérébrale avec un excellent décours temporel mai...