Transcranial magnetic stimulation (TMS) is a well-known technique to study brain function. Location of TMS points can be visualized on the subject’s Magnetic Resonance Image (MRI). However inter-subject comparison is possible only after a normalization i.e. a transformation of the stimulation points to a reference atlas image. Here, we propose a generic and automatic image processing pipe-line for normalizing a collection of subjects’ MRI and TMS points. The normalization uses a loop of rigid-transform followed by Basis-Splines registration. The used reference atlas is the common Montreal National Institute (MNI) brain atlas. We show preliminary results from 10 subjects. Those normalized points were compared to the SPM normalization and val...
International audienceThe deformable atlas paradigm has been at the core of computational anatomy du...
International audienceElectrical stimulation of the deep parts of the brain is the standard answer f...
International audienceIntroduction:In deep brain stimulation (DBS), precise electrode implantation i...
Transcranial magnetic stimulation (TMS) is a well-known technique to study brain function. Location ...
We propose a method for the registration of MRI brain images with the physical space. Points on the ...
We describe a method for the registration of functional brain data acquired with transcranial magnet...
Dans le cadre de : European Signal Processing Conference (EUSIPCO) Autres auteurs : D. Zosso, Q. Noi...
International audiencePurpose: Transcranial Magnetic Stimulation (TMS) is a growing therapy for a va...
Abstract—This paper describes a method for registering and vi-sualizing in real-time the results of ...
International audienceThis paper evaluates a nonlinear registration method for warping a 3D histolog...
International audienceDeep brain stimulation (DBS) therapy requires extensive patient-specific plann...
Abstract: We describe a method for the registration of functional brain datas acquired with transcra...
This paper describes a method for registering and visualizing in real-time the results of transcrani...
Deep brain stimulation (DBS) therapy requires extensive patient-specific planning prior to implantat...
Parametric imaging is more and more popular in dynamic brain studies. It enables to quantitatively o...
International audienceThe deformable atlas paradigm has been at the core of computational anatomy du...
International audienceElectrical stimulation of the deep parts of the brain is the standard answer f...
International audienceIntroduction:In deep brain stimulation (DBS), precise electrode implantation i...
Transcranial magnetic stimulation (TMS) is a well-known technique to study brain function. Location ...
We propose a method for the registration of MRI brain images with the physical space. Points on the ...
We describe a method for the registration of functional brain data acquired with transcranial magnet...
Dans le cadre de : European Signal Processing Conference (EUSIPCO) Autres auteurs : D. Zosso, Q. Noi...
International audiencePurpose: Transcranial Magnetic Stimulation (TMS) is a growing therapy for a va...
Abstract—This paper describes a method for registering and vi-sualizing in real-time the results of ...
International audienceThis paper evaluates a nonlinear registration method for warping a 3D histolog...
International audienceDeep brain stimulation (DBS) therapy requires extensive patient-specific plann...
Abstract: We describe a method for the registration of functional brain datas acquired with transcra...
This paper describes a method for registering and visualizing in real-time the results of transcrani...
Deep brain stimulation (DBS) therapy requires extensive patient-specific planning prior to implantat...
Parametric imaging is more and more popular in dynamic brain studies. It enables to quantitatively o...
International audienceThe deformable atlas paradigm has been at the core of computational anatomy du...
International audienceElectrical stimulation of the deep parts of the brain is the standard answer f...
International audienceIntroduction:In deep brain stimulation (DBS), precise electrode implantation i...