PosterInternational audienceThe aim of this study is to develop a generative and probabilistic statistical learning model for the joint analysis of heterogeneous biomedical data. The model will be applied to the investigation of neurological disorders from collections of brain imaging, body sensors, biological and clinical data available in current large-scale health databases. The resulting methodological framework will be tested on the UK Biobank, as well as on pathology-specific clinical data, as provided by the ADNI, or INSIGHT initiatives
International audienceThe joint analysis of biomedical data in Alzheimer's Disease (AD) is important...
Bayesian learning methods are the basis of many powerful analysis techniques in neuroimaging, permit...
AbstractWe present the Unsupervised Phenome Model (UPhenome), a probabilistic graphical model for la...
PosterInternational audienceThe aim of this study is to develop a generative and probabilistic stati...
PosterInternational audienceThe aim of this study is to develop a generative and probabilistic stati...
Most neuro-related diseases and disabling diseases display significant heterogeneity at the imaging ...
Cette thèse présente de nouveaux outils informatiques pour la modélisation conjointe de données biom...
Over the past decades, biomedical data have grown rapidly both in dimension and in complexity. Trad...
Heterogeneity and complexity of biomedical data are a crucial pitfall for modeling neurodegeneration...
Modern neuroimaging techniques allow us to investigate the brain in vivo and in high resolution, pro...
Modern neuroimaging techniques allow us to investigate the brain in vivo and in high resolution, pro...
Building quantitative models to summarize the structural variability of the human brain is an essent...
International audienceThe joint analysis of biomedical data in Alzheimer's Disease (AD) is important...
Building quantitative models to summarize the structural variability of the human brain is an essent...
Building quantitative models to summarize the structural variability of the human brain is an essent...
International audienceThe joint analysis of biomedical data in Alzheimer's Disease (AD) is important...
Bayesian learning methods are the basis of many powerful analysis techniques in neuroimaging, permit...
AbstractWe present the Unsupervised Phenome Model (UPhenome), a probabilistic graphical model for la...
PosterInternational audienceThe aim of this study is to develop a generative and probabilistic stati...
PosterInternational audienceThe aim of this study is to develop a generative and probabilistic stati...
Most neuro-related diseases and disabling diseases display significant heterogeneity at the imaging ...
Cette thèse présente de nouveaux outils informatiques pour la modélisation conjointe de données biom...
Over the past decades, biomedical data have grown rapidly both in dimension and in complexity. Trad...
Heterogeneity and complexity of biomedical data are a crucial pitfall for modeling neurodegeneration...
Modern neuroimaging techniques allow us to investigate the brain in vivo and in high resolution, pro...
Modern neuroimaging techniques allow us to investigate the brain in vivo and in high resolution, pro...
Building quantitative models to summarize the structural variability of the human brain is an essent...
International audienceThe joint analysis of biomedical data in Alzheimer's Disease (AD) is important...
Building quantitative models to summarize the structural variability of the human brain is an essent...
Building quantitative models to summarize the structural variability of the human brain is an essent...
International audienceThe joint analysis of biomedical data in Alzheimer's Disease (AD) is important...
Bayesian learning methods are the basis of many powerful analysis techniques in neuroimaging, permit...
AbstractWe present the Unsupervised Phenome Model (UPhenome), a probabilistic graphical model for la...