SEEDS can generate a large ensemble conditioned on as few as one or two forecasts from an operational numerical weather prediction system. The generated ensembles not only yield plausible real-weather–like forecasts but also match or exceed physics-based ensembles in skill metrics such as the rank histogram, the root-mean-squared error (RMSE), and the continuous ranked probability score (CRPS).
Context
Goal:
improve the computational efficiency of ensemble weather forecasting, not to replace physics-based models
Advantages:
Efficient: The learned models are highly scalable with respect to high-performance computing accelerators and can sample
hundreds to tens of thousands of realistic weather forecasts at low cost
Flexible: flexible enough to enable direct generation of debiased ensembles
Forecasting: able to forecast extreme events and assign meaningful likelihoods to them
Arxiv/Blog/Paper Link
Blog Arxiv Science Paper Code
Detailed Description
SEEDS can generate a large ensemble conditioned on as few as one or two forecasts from an operational numerical weather prediction system. The generated ensembles not only yield plausible real-weather–like forecasts but also match or exceed physics-based ensembles in skill metrics such as the rank histogram, the root-mean-squared error (RMSE), and the continuous ranked probability score (CRPS).
Context
Goal:
Advantages: