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DTSTART;TZID=Europe/Stockholm:20190612T130000
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UID:submissions.pasc-conference.org_PASC19_sess132@linklings.com
SUMMARY:MS02 - Bridging the Software Productivity Gap for Weather and Clim
 ate Models, Part I of II
DESCRIPTION:Minisymposium\nClimate and Weather\n\nThe Role of Atlas in Sup
 porting a Domain Specific Toolchain\n\nDeconinck\n\nMost weather and clima
 te codes are decades old and nearly all written in Fortran. It is undeniab
 le that Fortran has been a successful language in bridging the software pr
 oductivity gap in the transition from the single-core to multi-core paradi
 gm. The Fortran language capabilities are however being ...\n\n-----------
 ----------\nPSyclone and its Use in LFRic\n\nKavcic\n\nPSyclone is a domai
 n-specific compiler and source-to-source translator developed for use in f
 inite element, finite volume and finite difference codes. Using the inform
 ation from a supported API, PSyclone can generate code exploiting differen
 t parallel programming models, enabling deployment of a sin...\n\n--------
 -------------\nTowards Targeting Multiple HPC Architectures with IFS Physi
 cs\n\nLange, Marsden\n\nThe increasing complexity and diversity of HPC arc
 hitectures demands a sustainable strategy to migrate existing operational 
 weather prediction codes to a flexible infrastructure that is able to cope
  with multiple programming models and versatile hardware characteristics. 
 Modern software engineering ...\n\n---------------------\nICON Physics usi
 ng the CLAW Single Column Abstraction\n\nClement, Marti, Lapillonne, Fuhre
 r, Sawyer\n\nIn order to profit from emerging high-performance computing s
 ystems, weather and climate models need to be adapted to run efficiently o
 n different hardware architectures such as accelerators. This is a major c
 hallenge for existing community models that represent very large code base
 s written in Fort...\n
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