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UID:submissions.pasc-conference.org_PASC24_sess178@linklings.com
SUMMARY:AP2A - ACM Papers Session 2A
DESCRIPTION:Paper\n\nScalable GPU-Enabled Creation of Three Dimensional We
 ather Fronts\n\nWeather fronts play an important role in atmospheric scien
 ce. Their correlation to severe natural hazards such as extreme precipitat
 ion, cyclones or thunderstorms makes localization and understanding of fro
 ntal systems an important factor in weather forecasting. Despite\ntheir im
 portance weather fron...\n\n\nStefan Niebler, Bertil Schmidt, Peter Spicht
 inger, and Holger Tost (Johannes Gutenberg University Mainz)\n------------
 ---------\nA Portable and Efficient Lagrangian Particle Capability for Ide
 alized Atmospheric Phenomena\n\nThe Cloud Model version 1 is an atmospheri
 c model that allows for idealized studies of atmospheric phenomena. A new 
 Lagrangian microphysics capability has been added, enabling a significantl
 y more accurate representation than the traditional bulk or multi-moment a
 pproaches frequently found in mesosc...\n\n\nJohn Dennis, Jian Sun, Sheri 
 Voelz, and George Bryan (National Center of Atmospheric Research) and Davi
 d Richter (University of Notre Dame)\n---------------------\nGAIA-Chem: A 
 Framework for Global AI-Accelerated Atmospheric Chemistry Modelling\n\nThe
  inclusion of atmospheric chemistry in global climate projections is curre
 ntly limited by the high computational expense of modelling the many react
 ions of chemical species. Recent rapid advancements in artificial intellig
 ence (AI) provide us with new tools for reducing the cost of numerical sim
 u...\n\n\nJeff Adie (Newcastle University, NVIDIA Inc.); Cheng Siong Chin 
 and Jichun Li (Newcastle University); and Simon See (NVIDIA Inc.)\n\nDomai
 n: Climate, Weather, and Earth Sciences\n\nSession Chair: Jack Atkinson (U
 niversity of Cambridge)
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