The ML community has been calling for a large scale climate dataset. In our recent Neurips 2023 publication, we introduce ClimateSet: A
➡️ large-scale
➡️ consistent
➡️ ML-accessible
climate model dataset 🌍. 1/8
https://t.co/lkXBYeUGun
https://t.co/GyNWO7Cm3x
High-res climate simulations are essential but computationally expensive. In this work, we present an FNO-based method to downscale climate data to arbitrarily high resolution.(https://t.co/2jxPdIY8M3) Our method beats state-of-the-art even on resolutions it wasn't trained on. 🧵
High-resolution climate data is very useful but hard to get. Deep learning downscaling methods can help, but how can you ensure that the produced outcomes are physically consistent? 1/ https://t.co/PkukSmEgsr
Presented our work on Physics-Constrained Deep Learning for Climate Super-Resolution at the @RealAAAI Fall symposium: https://t.co/oWsk18zuSJ.
Thanks a lot to all the organizers and attendees for such an amazing event and inspiring discussions! @ClimateChangeAI
Excited to announce our new paper & dataset on approximating atmospheric radiative transfer using ML (#NeurIPS2021 Datasets & Benchmarks track) led by @CachaySalva & @venka_r in collab with @environmentca. Presentation today at 8:30 am PST, full paper at https://t.co/gwVH9M1NoF