The thesis deals with the evaluation of a chemistry-transport model, not primarily with classical comparisons to observations, but through the estimation of its a priori uncertainties due to unput data, model formulation and numerical approximations. These three uncertainty sources are studied respectively on the basis of Monte Carlos simulations, multimodels simulations and numerical schemes inter-comparisons. A high uncertainty is found, in output ozone concentrations. In order to overtake the limitations due to the uncertainty, a solution is ensemble forecast. Through combinations of several models (up to forty-eight models) on the basis of past observations, the forecast can be significantly improved. The achievement of this work has al...
AbstractThe objective of this article is to investigate the topics related to uncertainties in air q...
International audienceThe potential of ensemble techniques to improve ozone forecasts is investigate...
A methodology rested on model-based machine learning using simple linear regressions and the paramet...
The thesis deals with the evaluation of a chemistry-transport model, not primarily with classical co...
International audienceThis paper estimates the uncertainty in the outputs of a chemistry-transport m...
This work is about uncertainty estimation and risk prediction in air quality. Firstly, we need to bu...
Ce travail porte sur l'estimation des incertitudes et la prévision de risques en qualité de l'air. I...
Prev'Air is the French operational system for air pollution forecasting. It is developed and maintai...
This paper investigates (1) the main sources of uncertainties in ground-level ozone simulations, (2)...
International audienceThis paper describes a method to automatically generate a large ensemble of ai...
Membre du Jury : Jaffré, Jérôme et Coppalle, Alexis et Rouil, Laurence et Riboud, Pierre-Marc et Rou...
In this study, methods are proposed to diagnose the causes of errors in air quality (AQ) modelling ...
The Chemistry-Transport Models (CTM) are now sufficiently efficient to simulate realistic photochemi...
International audienceThis paper addresses the problem of calibrating an ensemble for uncertainty es...
International audienceThe objective of this article is to investigate the topics related to uncertai...
AbstractThe objective of this article is to investigate the topics related to uncertainties in air q...
International audienceThe potential of ensemble techniques to improve ozone forecasts is investigate...
A methodology rested on model-based machine learning using simple linear regressions and the paramet...
The thesis deals with the evaluation of a chemistry-transport model, not primarily with classical co...
International audienceThis paper estimates the uncertainty in the outputs of a chemistry-transport m...
This work is about uncertainty estimation and risk prediction in air quality. Firstly, we need to bu...
Ce travail porte sur l'estimation des incertitudes et la prévision de risques en qualité de l'air. I...
Prev'Air is the French operational system for air pollution forecasting. It is developed and maintai...
This paper investigates (1) the main sources of uncertainties in ground-level ozone simulations, (2)...
International audienceThis paper describes a method to automatically generate a large ensemble of ai...
Membre du Jury : Jaffré, Jérôme et Coppalle, Alexis et Rouil, Laurence et Riboud, Pierre-Marc et Rou...
In this study, methods are proposed to diagnose the causes of errors in air quality (AQ) modelling ...
The Chemistry-Transport Models (CTM) are now sufficiently efficient to simulate realistic photochemi...
International audienceThis paper addresses the problem of calibrating an ensemble for uncertainty es...
International audienceThe objective of this article is to investigate the topics related to uncertai...
AbstractThe objective of this article is to investigate the topics related to uncertainties in air q...
International audienceThe potential of ensemble techniques to improve ozone forecasts is investigate...
A methodology rested on model-based machine learning using simple linear regressions and the paramet...