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Convolutional Encoding and Normalizing Flows: A Deep Learning Approach for Offshore Wind Speed Probabilistic Forecasting in the Mediterranean Sea

Source: Artificial Intelligence for the Earth Systems:;2024:;volume( 003 ):;issue: 003

Author(s): Marcille, Robin; Tandeo, Pierre; Thiébaut, Maxime; Pinson, Pierre; Fablet, Ronan

Publisher: American Meteorological Society

Reexamining the Estimation of Tropical Cyclone Radius of Maximum Wind from Outer Size with an Extensive Synthetic Aperture Radar Dataset

Source: Monthly Weather Review:;2023:;volume( 151 ):;issue: 012:;page 3169

Author(s): Avenas, Arthur; Mouche, Alexis; Tandeo, Pierre; Piolle, Jean-Francois; Chavas, Dan; Fablet, Ronan; Knaff, John; Chapron, Bertrand

Publisher: American Meteorological Society

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Convolutional Encoding and Normalizing Flows: A Deep Learning Approach for Offshore Wind Speed Probabilistic Forecasting in the Mediterranean Sea

Reexamining the Estimation of Tropical Cyclone Radius of Maximum Wind from Outer Size with an Extensive Synthetic Aperture Radar Dataset

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Convolutional Encoding and Normalizing Flows: A Deep Learning Approach for Offshore Wind Speed Probabilistic Forecasting in the Mediterranean Sea

Reexamining the Estimation of Tropical Cyclone Radius of Maximum Wind from Outer Size with an Extensive Synthetic Aperture Radar Dataset