shallow water equations
PulseAugur coverage of shallow water equations — every cluster mentioning shallow water equations across labs, papers, and developer communities, ranked by signal.
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New deep learning framework MuRFiV enhances spatiotemporal dynamics prediction
Researchers have developed a new deep learning framework called MuRFiV, inspired by finite-volume methods, to improve the prediction of complex spatiotemporal dynamics. This framework integrates physics-informed learnin…
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Physics-guided deep learning enhances flood prediction accuracy
Researchers have developed a new physics-guided deep learning framework for advanced flood prediction. This hybrid model combines UNet and Fourier Neural Operator architectures, integrating multi-modal remote sensing da…
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New neural operator integrates physics symmetries for improved generalization
Researchers have developed a new neural operator called PACE-FNO that better handles out-of-distribution scenarios by incorporating known continuous symmetries of evolution equations. This model separates the tasks of e…
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AI model drastically speeds up flood simulations for digital twins
Researchers have developed a new AI model called CLDNet to create faster digital twins for simulating metropolitan floods. Traditional methods for modeling shallow water equations are computationally intensive, taking n…
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Machine learning parametrizes subgrid scales in fluid dynamics simulations
Researchers have developed a novel method for simulating fluid dynamics by employing a feed-forward neural network to learn sub-grid fluxes within the Shallow Water equations. This approach utilizes a local parametrizat…