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SOFTWARE INFRASTRUCTURE FOR THE WEATHER RESEARCH AND FORECAST MODEL John G. Michalakes1, Michael McAtee2, Jerry Wegiel3 1National Center for Atmospheric Research, NCAR/MMM Boulder, CO[removed]Aerospace Corporation, Los
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Document Date: 2007-01-30 10:32:40


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City

Springer / Austin / Pittsburgh / Los Angeles / /

Company

IBM / Daresbury Laboratory / WRF / Naval Research Laboratory / Geophysical Fluid Dynamics Laboratory / National Severe Storms Laboratory / Data Architecture Efficiency / Forecast Systems Laboratory / World Scientific / Compaq / Aerospace Corporation / MCNC Corp. / /

Country

United States / Australia / United Kingdom / /

Event

Funding / Business Partnership / /

Facility

National Severe Storms Laboratory / National Center / Pittsburgh Supercomputing Center / Offutt AFB / University of Illinois / Model Coupling Executable Library / University of Oklahoma Center / NASA Goddard Space Flight Center / Forecast Systems Laboratory / /

IndustryTerm

point hardware / software engineering / target computing platforms / software design / software framework / model infrastructure / software infrastructure / layered software architecture / observational and preprocessing systems / model software / scatter-gather communications / software management tools / operational applications / hybrid parallel systems / software hierarchy / driver layer software / hierarchical software design / gettimeofday real-time system timer / parallel file systems / visualization systems / transparent and facilitating grid-computing / post-processing task / driver software / performance portable software / mesoscale precipitation systems / rapid software development / software architecture / on-line proceedings / vector systems / /

OperatingSystem

UNIX / Linux / /

Organization

Federal Aviation Administration / NCEP Eta / NCAR Mesoscale and Microscale Meteorology Division / Atmospheric Sciences Division / Eta / High Performance Computing Modernization Office / National Oceanic and Atmospheric Administration / WRF ASF / Predictions of Storms / Air Force Weather Agency / American Meteorological Society / U.S. Department of Defense / Offutt AFB / University of Illinois / University of Oklahoma Center for the Analysis and Predictions of Storms / Modernization Office / United Nations / National Aeronautics and Space Administration / NASA Goddard Space Flight Center / Department of Defense / Jerry Wegiel3 1National Center for Atmospheric Research / Pittsburgh Supercomputing Center / Environmental Protection Agency Atmospheric Modeling Division / /

Person

Carlie Coats / Jacques Middlecoff / Michael Ashworth / Tom Black / Jim Tuccillo / /

Position

driver / scientist / Model Development / model at the same horizontal resolution / research and forecast model / " Towards Teracomputing / /

Product

Flexible Modeling System / /

ProvinceOrState

Texas / New Jersey / Queensland / Illinois / New York / California / Colorado / /

PublishedMedium

Bulletin of the American Meteorological Society / Atmospheric Research / /

Technology

Alpha / radiation / 512 processor / 3-D / VPP5000 processors / peer-to-peer / UNIX / Linux / API / random access / shared memory / RISC processors / 16 processors / four 1-GHz Alpha EV68 processors / load balancing / Power4 processors / four 375-MHz Power3 processors / simulation / 512 processors / /

URL

http /

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