Pace v0.2: a Python-based performance-portable atmospheric model - Dahm, Johann; Davis, Eddie; Deconinck, Florian; Elbert, Oliver; George, Rhea; McGibbon, Jeremy; Wicky, Tobias; Wu, Elynn; Kung, Christopher; Ben-Nun, Tal; Harris, Lucas; Groner, Linus; et al. (Geoscientific Model Development, 2023)
Keywords: Algorithms; Analysis; Atmospheric models; Atmospheric physics; Climate models; Cloud microphysics; Design; Domain specific languages; Driving ability; FORTRAN; Hardware; High level languages; High performance computing; Language; Machine learning; Maintainability; Microphysics; Moore's law; New technology; Optimization; Productivity; Simulation; Software; Supercomputers