Hurricane Artificial Intelligence
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A Deep Recurrent Neural Network to Forecast the Intensity and Trajectory of Atlantic Tropical Storms
J1.6A A Deep Recurrent Neural Network to Forecast the Intensity and Trajectory of Atlantic Tropical Storms More Wednesday, 9 January 2019: 9:45 AM North 124B (Phoenix Convention Center – West and North Buildings) Hammad Usmani, Georgia Institute of Technology, Atlanta, GA Recorded Presentation The National Hurricane Center (NHC) and National Oceanic and Atmospheric Administration (NOAA)…
About fluids
The original vision was formed in early 2017. Since then, fluids has excelled at the weather and atmospheric sciences including innovations in deep learning, artificial intelligence, and tropical storm forecasting.
Hurricane AI Server: A Sustainable AI Lab for Weather Forecasting
Edge AI requires that the artificial intelligence calculates their responses either on your device or near the edge. Our recent developments have successfully engineered technology that achieves this goal while also alleviating environmental and safety concerns. After half a year of benchmarking, performance tuning, and monitoring, there is enough data to draw conclusions and publish…
Current and Potential Future Aftermath of Cyclone Freddy
Cyclone Freddy was a very fierce, surprisingly chronic, high-octane, and lethal storm that made its way across the Southern part of the Indian Ocean for almost six weeks in March and February 2023. Satellite image of cyclone Freddy generated via Stability-AI What Determined the Intensity of Cyclone Freddy? To determine if Tropical Cyclone Freddy has…