International audienceThis paper focuses on Bayesian modeling applied to the experimental methodology. More precisely, we consider Bayesian model comparison and selection, and the distinguishability of models, that is, the ability to discriminate between alternative theoretical explanations of experimental data. We argue that this last concept should be central, but is difficult to manipulate with existing model comparison approaches. Therefore, we propose a preliminary extension of the Bayesian model selection method that incorporates model distinguishability, and illustrate it on an example of modeling the planning of arm movements in humans
This thesis explores the representation of probability measures in a coherent Bayesian modelling fra...
Many facets of Bayesian Modelling are firmly established in Machine Learning and give rise to state-...
Learning structure is a key-element for achieving flexible and adaptive control in real-world enviro...
International audienceThis paper focuses on Bayesian modeling applied to the experimental methodolog...
In this article we investigate and develop the practical model assessment and selection methods for ...
Mathematical models are often used to formalize hypotheses on how a biochemical network operates. By...
Different approaches have been considered in the literature for the problem of Bayesian model select...
Modern statistical software and machine learning libraries are enabling semi-automated statistical i...
In the development of Bayesian model specification for inference and prediction we focus on the con...
Contains fulltext : 195162.pdf (publisher's version ) (Open Access)Comparing model...
To select among competing generative models of timeseries data, it is necessary to balance the goodn...
This paper proposes a predictive approach to Bayesian model selection based on independent and ident...
Performing optimal Bayesian design for discriminating between competing models is computationally in...
We discuss model selection, both from a Bayes and Classical point of view. Our presentation introduc...
In principle, the Bayesian approach to model selection is straightforward. Prior probability distrib...
This thesis explores the representation of probability measures in a coherent Bayesian modelling fra...
Many facets of Bayesian Modelling are firmly established in Machine Learning and give rise to state-...
Learning structure is a key-element for achieving flexible and adaptive control in real-world enviro...
International audienceThis paper focuses on Bayesian modeling applied to the experimental methodolog...
In this article we investigate and develop the practical model assessment and selection methods for ...
Mathematical models are often used to formalize hypotheses on how a biochemical network operates. By...
Different approaches have been considered in the literature for the problem of Bayesian model select...
Modern statistical software and machine learning libraries are enabling semi-automated statistical i...
In the development of Bayesian model specification for inference and prediction we focus on the con...
Contains fulltext : 195162.pdf (publisher's version ) (Open Access)Comparing model...
To select among competing generative models of timeseries data, it is necessary to balance the goodn...
This paper proposes a predictive approach to Bayesian model selection based on independent and ident...
Performing optimal Bayesian design for discriminating between competing models is computationally in...
We discuss model selection, both from a Bayes and Classical point of view. Our presentation introduc...
In principle, the Bayesian approach to model selection is straightforward. Prior probability distrib...
This thesis explores the representation of probability measures in a coherent Bayesian modelling fra...
Many facets of Bayesian Modelling are firmly established in Machine Learning and give rise to state-...
Learning structure is a key-element for achieving flexible and adaptive control in real-world enviro...