International audienceThis paper proposes a method to infer a high level model of the white matter organization from a population of subjects using MR diffusion imaging. This method takes as input for each subject a set of trajectories stemming from any tracking algorithm. Then the inference results from two nested clustering stages. The first clustering converts each individual set of trajectories into a set of bundles supposed to represent large white matter pathways. The second clustering matches these bundles across subjects in order to provide a list of candidates for the bundle model. The method is applied on a population of eleven subjects and leads to the inference of 17 such candidates
The human brain is certainly the most complex biological system as it contains a network of more tha...
This thesis presents the design and validation of a method for digitally reconstructing white matte...
To understand factors that affect brain connectivity and integrity, it is beneficial to automaticall...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
Abstract. This paper proposes a method to infer a high level model of the white matter organization ...
International audienceThis paper presents a method inferring a model of the brain white matter organ...
Diffusion magnetic resonance imaging (dMRI) allows us to noninvasively investigate the microstructur...
Mapping of structural and functional connectivity may provide deeper understanding of brain function...
Mapping of structural and functional connectivity may provide deeper understanding of brain function...
Abstract. This paper presents a method inferring a model of the brain white matter organisation from...
We introduce a framework for population analysis of white matter tracts based on diffusion-weighted ...
We present a novel approach for joint clustering and point-by-point mapping of white matter fiber pa...
The human brain is certainly the most complex biological system as it contains a network of more tha...
This thesis presents the design and validation of a method for digitally reconstructing white matte...
To understand factors that affect brain connectivity and integrity, it is beneficial to automaticall...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
International audienceThis paper proposes a method to infer a high level model of the white matter o...
Abstract. This paper proposes a method to infer a high level model of the white matter organization ...
International audienceThis paper presents a method inferring a model of the brain white matter organ...
Diffusion magnetic resonance imaging (dMRI) allows us to noninvasively investigate the microstructur...
Mapping of structural and functional connectivity may provide deeper understanding of brain function...
Mapping of structural and functional connectivity may provide deeper understanding of brain function...
Abstract. This paper presents a method inferring a model of the brain white matter organisation from...
We introduce a framework for population analysis of white matter tracts based on diffusion-weighted ...
We present a novel approach for joint clustering and point-by-point mapping of white matter fiber pa...
The human brain is certainly the most complex biological system as it contains a network of more tha...
This thesis presents the design and validation of a method for digitally reconstructing white matte...
To understand factors that affect brain connectivity and integrity, it is beneficial to automaticall...