eugene@orville.nas.nasa.gov (Eugene Miya) (05/18/89)
%A Joanne L. Martin %A Stephen F. Lundstrom, ed. %T Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %X Hardbound. Second volume. Selected applications papers. %A Eric Lander %A Jill P. Mesirov %A Washington Taylor, IV %T Study of Protein Sequence Comparison Metrics on the Connection Machine CM-2 %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 2-12 %K computational biology and chemistry, genetics, molecular biochem, %X This is a good paper for computer science types to help understand why you just can't "diff" two files and comprehend base-pairs. %A Julie M. Swisshelm %T Multitasking a Three-Dimensional Navier-Stokes Algorithm on the Cray-2 %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 14-24 %K computational fluid dynamics, CFD, %X The usual slightly less than 4x speed up on a Cray-2. %A Shigeru Obayashi %A Sharad Gavali %T Three-Dimensional Simulation of Underexpanded Plumes using Upwind Algorithms %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 25-33 %K computational fluid dynamics, CFD, %A Bruce M. Boggosian %A Washington Taylor, IV %A Daniel H. Rothman %T A Cellular Automata Simulation of Two-Phase Flow on the CM-2 Connection Machine Computer %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 33-44 %K computational fluid dynamics, CFD, spatial averaging, %A Sherryl Tomboulian %A Craig Streett %A Michele Macaraeg %T Spectral Solution of the Incompressable Naver-Stokes Equations on the Connection Machine2 %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 45-50 %K computational fluid dynamics, CFD, %A Terry L. Holst %T Supercomputer Applications in Computational Fluid Dynamics %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 51-60 %K computational fluid dynamics, CFD, RANS: Reynolds Averaged Navier Stokes, %A Takayuki Aki %Z National Aerospace Lab, Tokyo %T Supercomputer Efforts on CFD for Nonstationary Flow Analysis at NAL %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 61-70 %K computational fluid dynamics, CFD, %X CFD in Japan. VP 200 and VP 400. %A Yoshihiko Abe %T Present Status of Computer Simulation at IPP %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 72-80 %K computational physics, institute for plasma physics, VP-100, fusion, MHD, vectorization, %A Richard A. Matzner %T The Interaction of Cosmic Strings A Study of Research and Teaching Graphics %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 81-83 %K computational physics %X Short. Barely an abstract. %A Dennis W. Duke %A Roman Salvador %A Daan Sandee %T Multitasking the Ising Model on the ETA10 Supercomputer %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 84-94 %K computational physics, %A Charles K. Westbrook %A William J. Pitz %T Computer Modeling of Engine Knock Chemistry %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 95-104 %K computational physics, %A Roger E. Frye %T Finding $95800 sup 4 + 217519 sup 4 + 414560 sup 4 = 422481 sup 4$ on the Connection Machine %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 106-115 %K computational mathematics, biquadrates, connection machines, data parallel algorithms, Diophantine equations, Euler conjecture, Fermat's Last %A Yasumasa Kanada %T Vectorization of Multiple-Precision Arithmetic Program and 201,326,00 Decimal Digits of $pi$ Calculation %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 117-128 %K computational mathematics, %A Augustin A. Dubrulle %Z IBM PA %T On Block Householder Algorithms for the Reduction of a Matrix to Hessenberg Form %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 129-140 %K computational mathematics, Bischof-Van Loan expression, LAPACK, 3090 VF, %A Gregory A. Riccardi %A Peter H. Schow %Z SCRI, FSU %T Adaptation of the Isodata Clustering Algorithm for Vector Supercomputer Execution %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 141-150 %K computational mathematics, Cyber 205, %A Jacob O. Stampen %A John R. Davis %Z U. Wisc. %T Multi-Issue Coalitions in the Congress %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 152-166 %K novel applications, social science, %A Orville Vernon Burton %Z U. Ill. %T Complementary Processing: A Supercomputer/Personal Computer U.S. Census Database Project %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 167-177 %K novel applications, social science, history, %A Myron Ginsberg %A James P. Johnson %T Benchmarking the Performance of Physical Simulation Software on Vector and Parallel Computer %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 180-190 %K structural analysis, DYNA3D, vectorization, performance, %X Car crash tests cost from $50K to $750K. %A Richard E. Hessel %A Mathew Myszewski %A Giacomo Brussino %A John A Swanson %A Lauralee Wagner %T Tuning the ANSYS Kernel LSOLVE for a Parallel Computer %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 191-201 %K structural analysis, Alliant, %A David A. Field %A Kenneth Yarnall %T Three Dimensional Delaunay Triangulation on a Cray X-MP %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 202-213 %K structural analysis, %A Elizabeth J. O'Neill %A Craig G. Shaefer %T The ARGOT Strategy III: The BBN Butterfly Multiprocessor %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 214-227 %K structural analysis, genetic algorithms, applications, %A Albert J. Semtner, Jr. %A Robert M. Chervin %T Breakthroughs in Ocean and Climate Modeling Made Possible by Supercomputers of Today and Tomorrow %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 230-239 %K global change %A R. G. Roble %T Global Change: The Solar Influence %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 240-250 %A Robert S. Chen %A Myron B. Fiering %T Global Change -- Human Interactions A Multivariate Accessment Framework %E Joanne L. Martin %E Stephen F. Lundstrom %B Science and Applications: Supercomputing'88 %V II %I IEEE %C Orlando, FL %D 1988 %P 251-261