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Issue No.01 - January/February (2004 vol.6)
pp: 36-44
John Rundle , University of California, Davis
John Ries , University of Texas, Austin
Geoffrey Fox , Indiana University
Marlon Pierce , Indiana University
Jay Parker , Jet Propulsion Laboratory
Robert Crippen , Jet Propulsion Laboratory
Eric DeJong , Jet Propulsion Laboratory
Andrea Donnellan , Jet Propulsion Laboratory and University of Southern California
Weijia Kuang , NASA Goddard Space Flight Center
Dennis McLeod , University of Southern California
Mitsuhiro Matu'ura , University of Tokyo
Jeremy Bloxham , Harvard University
ABSTRACT
<p>The article examines present computational strategies for modeling the earth's interior structure and dynamics on high-performance computing systems such as the Japanese Earth Simulator. Modeling efforts currently underway focus on problems such as geodynamo and earthquake modeling.</p>
INDEX TERMS
Computational Science, earthquake physics, geophysics, solid Earth Science, computing
CITATION
John Rundle, John Ries, Geoffrey Fox, Marlon Pierce, Jay Parker, Robert Crippen, Eric DeJong, Andrea Donnellan, Weijia Kuang, Dennis McLeod, Mitsuhiro Matu'ura, Jeremy Bloxham, "Illuminating Earth's Interior through Advanced Computing", Computing in Science & Engineering, vol.6, no. 1, pp. 36-44, January/February 2004, doi:10.1109/MCISE.2004.1255819
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