GPU Acceleration Supercharges Air Quality Model’s Advection Engine by Over 500 Times
Researchers have rebuilt the advection module of China's EPICC-Model air quality forecasting system to run on domestic GPU accelerators, achieving ...
Researchers have rebuilt the advection module of China's EPICC-Model air quality forecasting system to run on domestic GPU accelerators, achieving ...
A new case study shows that thermodynamic precursors from soundings, reanalysis and radar data can flag extreme short-duration rainfall events ...
New simulations benchmarked against aircraft observations over New Zealand show that resolving mountain waves and their turbulence demands kilometer-scale grids ...
A new high-resolution study of the deadly 2023 Mediterranean storm Daniel shows that how weather models represent clouds dramatically changes ...
A new study in PLOS Climate shows that simple deep learning models, especially the LSTM architecture, outperform the physics-based WRF ...
Researchers have adapted a generative diffusion model to downscale coarse global forecasts into 3 km regional predictions across China, outperforming ...
A validated metre-scale heat stress modelling system, tested along Belgium's 100-km Dodentocht, shows that earlier starts and smarter routes can ...
A new study explains how neural networks trained inside the forecast–analysis cycle can match ensemble Kalman filters and even iterative ...
A new study comparing AI-based and physics-based weather forecasts finds both systematically underestimate heat-related mortality in Europe, but data-driven models ...
A new multi-scale deep learning framework called Rain-PostEFNet substantially improves numerical weather prediction rainfall forecasts, with the largest gains in ...
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© 2025 Scienmag - Science Magazine