Atmospheric State
Atmospheric state research focuses on accurately representing and predicting the Earth's atmospheric conditions, primarily for improved weather forecasting and climate modeling. Current research emphasizes developing efficient data assimilation techniques using machine learning models like masked autoencoders and variational transformers to handle the massive datasets involved, often incorporating compression methods to reduce storage and computational costs. These advancements are crucial for enhancing the accuracy and accessibility of weather predictions, facilitating more robust climate studies, and enabling broader participation in AI-based meteorological research.
Papers
Global atmospheric data assimilation with multi-modal masked autoencoders
Thomas J. Vandal, Kate Duffy, Daniel McDuff, Yoni Nachmany, Chris Hartshorn
Neural Compression of Atmospheric States
Piotr Mirowski, David Warde-Farley, Mihaela Rosca, Matthew Koichi Grimes, Yana Hasson, Hyunjik Kim, Mélanie Rey, Simon Osindero, Suman Ravuri, Shakir Mohamed