Atmospheric modeling is a grand challenge problem for several reasons, including its inordinate computational requirements and its generation of large amounts of data concurrent with its use of very large data sets derived from measurement instruments like satellites. In addition, atmospheric models are typically run several times, on new data sets or to reprocess existing data sets, to investigate or reinvestigate specific chemical or physical processes occurring in the earth's atmosphere, to understand model fidelity with respect to observational data, or simply to experiment with specific model parameters or components
International audienceDuring the ESCOMPTE precampaign (summer 2000, over Southern France), a 3-day p...
International audienceDuring ESCOMPTE precampaign (15 June to 10 July 2000), three days of intensive...
This grant supported a global atmospheric chemistry/transport modeling and data- analysis project de...
This final report has four sections. We first describe the actual scientific results attained by our...
This paper describes a parallel implementation of a grand challenge problem: global atmospheric mode...
We discuss a model for computing the chemical reactions occurring among air pollutants and predict t...
The focus of our research program is the achievement of a quantitative understanding of the spatial ...
The use of massively parallel computers provides an avenue to overcome the computational requirement...
Atmospheric air quality modeling relies in part on numerical simulation. Required numerical simulati...
Progress in coding a 3-D upper atmospheric model and in modeling the ozone perturbation resulting fr...
Studies of atmospheric chemistry are of high scientific interest, involve computations that are comp...
In the research described here, we have constructed at tightly coupled set of methods for monitoring...
Cette thèse présente un modèle bi-dimensionnel pour le transport atmosphérique à grande échelle, nom...
The capability was developed of rapidly producing visual representations of large, complex, multi-di...
International audienceDuring ESCOMPTE precampaign (15 June to 10 July 2000), three days of intensive...
International audienceDuring the ESCOMPTE precampaign (summer 2000, over Southern France), a 3-day p...
International audienceDuring ESCOMPTE precampaign (15 June to 10 July 2000), three days of intensive...
This grant supported a global atmospheric chemistry/transport modeling and data- analysis project de...
This final report has four sections. We first describe the actual scientific results attained by our...
This paper describes a parallel implementation of a grand challenge problem: global atmospheric mode...
We discuss a model for computing the chemical reactions occurring among air pollutants and predict t...
The focus of our research program is the achievement of a quantitative understanding of the spatial ...
The use of massively parallel computers provides an avenue to overcome the computational requirement...
Atmospheric air quality modeling relies in part on numerical simulation. Required numerical simulati...
Progress in coding a 3-D upper atmospheric model and in modeling the ozone perturbation resulting fr...
Studies of atmospheric chemistry are of high scientific interest, involve computations that are comp...
In the research described here, we have constructed at tightly coupled set of methods for monitoring...
Cette thèse présente un modèle bi-dimensionnel pour le transport atmosphérique à grande échelle, nom...
The capability was developed of rapidly producing visual representations of large, complex, multi-di...
International audienceDuring ESCOMPTE precampaign (15 June to 10 July 2000), three days of intensive...
International audienceDuring the ESCOMPTE precampaign (summer 2000, over Southern France), a 3-day p...
International audienceDuring ESCOMPTE precampaign (15 June to 10 July 2000), three days of intensive...
This grant supported a global atmospheric chemistry/transport modeling and data- analysis project de...