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Statistical forecasting / MM5 / Air dispersion modeling / Data assimilation / MEMO Model / National Center for Atmospheric Research / Atmospheric sciences / Meteorology / Weather prediction


MM5V3-Based 4DVAR: Current Status and Future Plans Frank H. Ruggiero*, Donald Norquist Air Force Research Laboratory, AFRL/VSBL, 29 Randolph Road, Hanscom AFB, MA, 01731 Thomas Nehrkorn, George D. Modica, Mark Cerniglia
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Document Date: 2003-03-05 13:57:27

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City

Tallahassee / Lexington / Biloxi / /

Company

IBM / Donald Norquist Air Force Research Laboratory / Q. Xiao A. E. / Environmental Research Inc. / /

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pence / /

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Event

Natural Disaster / /

Facility

National Center / Xiaolei Zou Florida State University / Wright-Patterson AFB / Hanscom AFB / DoD Major Shared Resource Center / /

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IndustryTerm

individual processors / 4DVAR systems / computational cost constraining 4DVAR applications / parallel file server / observation operator / particular processor / /

Movie

Red River Valley / /

NaturalFeature

Red River Valley / /

Organization

DoD High Performance Modernization Office / Modernization Office / Shared Resource Center / National Center for Atmospheric Research / the Liu and Nocedal / Florida State University / National Center for Atmospheric Research / John G. Michalakes National Center for Atmospheric Research / European Center for Medium Range Weather Forecasts / National Center for Atmospheric Research/Penn State University Fifth Generation Mesoscale Model / Department of Defense / Air Force Weather Agency / /

Person

George D. Modica / Frank H. Ruggiero / /

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Position

author / driver / driver for incremental 4DVAR / Major / General / /

ProvinceOrState

Texas / Mississippi / Florida / Massachusetts / Colorado / /

PublishedMedium

Environmental Research / Atmospheric Research / /

Technology

one processor / particular processor / 24 processors / /

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