Institution ID
LSCE-IPSL
Institution Name
Laboratoire des Sciences du Climat et de l’Environnement (LSCE), Institut Pierre-Simon Laplace (IPSL)
Emulator identifier (emulator_id)
ParamDiffusion-orog
Emulator Description
Diffusion Model, using a residual approach on the ParamUNET model. 2 separate models for each variable. The model does use orography information. The predictors are standardised by channel. Precipitation has been applied a log transformation and standardised. Temperature has been standardised. No bias adjustment. Training on historical and future experiments. This is a generative model.
Hardware and Training Details
One node with a single Nvidia V100 GPU (32Gb). Training time (per experiment and variable): ~ 120 minutes (total).
Inference time: 10 minutes per year.
Stochastic/Probabilistic Output
yes
Reference URL
In preparation
Repository for Reproducibility
In preparation
Additional Notes
This model uses as background the ParamUNET model
Institution ID
LSCE-IPSL
Institution Name
Laboratoire des Sciences du Climat et de l’Environnement (LSCE), Institut Pierre-Simon Laplace (IPSL)
Emulator identifier (
emulator_id)ParamDiffusion-orog
Emulator Description
Diffusion Model, using a residual approach on the ParamUNET model. 2 separate models for each variable. The model does use orography information. The predictors are standardised by channel. Precipitation has been applied a log transformation and standardised. Temperature has been standardised. No bias adjustment. Training on historical and future experiments. This is a generative model.
Hardware and Training Details
One node with a single Nvidia V100 GPU (32Gb). Training time (per experiment and variable): ~ 120 minutes (total).
Inference time: 10 minutes per year.
Stochastic/Probabilistic Output
yes
Reference URL
In preparation
Repository for Reproducibility
In preparation
Additional Notes
This model uses as background the ParamUNET model