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Application programming interfaces / Parallel computing / Message Passing Interface / Community Climate System Model / Global climate model / Climate model / MEMO Model / Distributed computing / Grid computing / Atmospheric sciences / Climatology / Environmental science


A Massively Parallel Dynamical Core for Continental- to Global-Scale River Transport 1,2,3 J. W. Larson, 4 A. P. Craig, 5 J. B. Drake, 5 D. J. Erickson, III, 5 M. L. Branstetter, 5 M. W. Ham 1
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Document Date: 2013-01-16 19:08:24

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City

New York / Canberra / Argonne / Berlin / Washington / /

Company

IBM / Argonne National Laboratory / Cambridge University Press / H. N. V. / UChicago Argonne LLC / W. H. S. A. / Oak Ridge National Laboratory / IEEE Computer Society Press / John Wiley and Sons / /

Country

United States / US / /

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Event

Environmental Issue / /

Facility

ANU Supercomputer Facility / National Center / Computation Institute / Computational Highway / catchment IDs / Australian National University / University of Chicago Chicago / /

IndustryTerm

software foundation / physical processor / trace chemicals / land river networks / parallel computing / chemical tracers / software infrastructure / river networks / above algorithm / parallel computing toolkit / chemical species concentrations / performance-portable algorithm / resolution river networks / river network / multivariate data processing / land-surface energy / variable velocity flow routing algorithm / physical processors / /

NaturalFeature

Continentalscale river / River Modelling / River Transport Model Scalability RTMs / /

Organization

Cambridge University / office of Science Climate Change Prediction Program / US Department of Energy / University of Chicago Chicago / National Center for Atmospheric Research / US National Science Foundation / Computation Institute / Computer Science and Mathematics Division / USA Climate and Global Dynamics Division / Australian Department of Education / National Center for Atmospheric Research Boulder / Australian National University / /

Person

A. Kohl / Morgan Kaufmann / Coupling Toolkit / J. M. Arblaster / V / Proc / R. James / V / /

Position

flexible programming model for constructing custom parallel coupling mechanisms / D. J. / CLM physics driver / Model / representative / COO / /

ProgrammingLanguage

Fortran / Fortran 77 / /

ProvinceOrState

Illinois / New York / /

PublishedMedium

Climate Dynamics / Journal of Climate / Atmospheric Research / Lecture Notes in Computer Science / Journal of Geophysical Research / /

Technology

variable velocity flow routing algorithm / above algorithm / 8 processors / API / 128 processors / 5 processors / MCT technology / eight processors / 16 processors / parallel RTM algorithm / MCT-based coupling algorithm / performance-portable algorithm / simulation / 8 physical processors / /

URL

http /

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