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Issue No.03 - May/June (1989 vol.6)
pp: 78-85
ABSTRACT
<p>The Gordon Bell Prize recognizes outstanding achievement in all applications of supercomputers to scientific and engineering problems. A description is given of the winning entry and two honorable mentions. The winning entry, from the raw-performance category, was submitted by Phuong Vu, C. Ashcraft, R. Grimes, J. Lewis and B. Peyton. They presented the solution of a static-structures problem that ran at just over 1 Gflop (billions of floating-point operations) on an eight-processor Cray Y-MP. One honorable mention, in the price/performance category, came from R. Pelz, who used a 1024-processor N-Cube multicomputer to solve a fluid-flow problem using a spectral method with a speedup of about 800. Marina Chen, Young-Il Choo, Jungke Li, and J. Wu received an honorable mention for an entry in which a Crystal Compiler automatically parallelized a financial modeling application.</p>
INDEX TERMS
scientific problems; supercomputers; engineering problems; static-structures problem; Cray Y-MP; N-Cube multicomputer; fluid-flow problem; Crystal Compiler; financial modeling application; parallel processing
CITATION
Jim Browne, Jack Dongarra, Alan Karp, Ken Kennedy, David Kuck, "1988 Gordon Bell Prize", IEEE Software, vol.6, no. 3, pp. 78-85, May/June 1989, doi:10.1109/52.28127
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