eugene@orville.nas.nasa.gov (Eugene N. Miya) (11/27/90)
%h $Revision:% $Date:$ %A E. Anderson %A Z. Bai %A J. Dongarra %A A. Greenbaum %A A. McKenney %A J. Du\ Croz %A S. Hammarling %A J. Demmel %A C. Bischof %A D. Sorensen %T LAPACK: A Portable Linear Algebra Library for High-Performance Computers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 2-11 %K linear algebra algorithms, %A Dingju Chen %Z Cornell U. %T Hierarchical Blocking and Data Flow Analysis for Numerical Linear Algebra %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 12-19 %K linear algebra algorithms, %A R. W. Johnson %A C.-H. Huang %A J. R. Johnson %T Multilinear Algebra and Parallel Programming %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 20-31 %K linear algebra algorithms, multilinear algebra, tensor product, parallel programming, Strassen's algorithm, Cray Y-MP, Encore Multimax, %A J.-Fr. Hake %A W. Homberg %Z KFA, FRG %T The Impact of Memory Organization on the Performance of Matrix Multiplication %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 34-40 %K mathematical software, numerical methods, linear algebra, matrix multiplication, vector computer, parallel computer, cache, translation lookaside buffer, interleaved memory, CRAY, IBM, %A Yoshikuni Okawa %A Naoki Haraguchi %T A Linear Array of Processors with Partially Shared Memory for Parallel Solution of PDE %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 41-48 %K memory, %A Ram Raghavan %A John P. Hayes %Z U. MI %T A Linear Array of Processors with Partially Shared Memory for Parallel Solution of PDE %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 49-58 %K memory, best student paper - architecture, %A Allen D. Malony %A John L. Larson %A Daniel A. Reed %Z CSRD, U. Ill. %T Tracing Application Program Execution on the Cray X-MP and Cray-2 %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 60-73 %K performance, debugging, %A Robert Hood %A Ken Kennedy %A John Mellor-Crummey %Z Rice U. %T Parallel Program Debugging with On-the-fly Anomaly Detection %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 74-81 %K performance, debugging, ParaScope, PCF, %A Rajiv Gupta %A Chi-Hung Chi %T Improving Instructions Cache Behavior by Reducing Cache Pollution %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 82-91 %K performance, debugging, cache pollution, cache misses, instruction prefetching, control dependence graph, program dependence graph, control flow graph, %A Daniel R. Ripoll %A Stephen J. Thomas %Z Natl. Res. Council of Canada %T A Parallel Monte Carlo Search Algorithm for the Conformational Analysis of Proteins %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 94-102 %K biological applications, iPSC, %A Michael Ess %Z Cray Computer Corp. %T Folding RNA on the Cray-2 %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 103-111 %K biological applications, %A Steven W. White %A Dave C. Torney %A Clive C. Whittaker %T A Parallel Computational Approach using a Cluster of IBM ES/3090 600J for Physical Mapping of Chromosomes %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 112-121 %K biological applications, cluster Fortran, %A Gilbert J. Hansen %A Charles A. Linthicum %A Gary Brooks %Z Convex %T Experience with a Performance Analyzer for Multithreaded Applications %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 124-131 %K monitoring, benchmarking, %A Margaret L. Simmons %A Harvey J. Wasserman %Z LANL %T Performance Evaluation of the IBM RISC System/6000: Comparison of an Optimized Scalar Processor with Two Vector Processors %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 132-141 %K monitoring, benchmarking, %A Elizabeth Williams %A C. Thomas Myers %A Rebecca Koskela %T The Characterization of Two Scientific Workloads using the CRAY X-MP Performance Monitor %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 142-152 %K monitoring, benchmarking, %A William L. French %Z Eli Lilly Co. %T Supercomputer Network Selection: A Case Study %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 154-159 %K networking computing, %X No development, limited evaluation. %A Marke Clinger %Z Solbourne Comp. %T Very High Performance Networking for Supercomputing %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 160-168 %K networking computing, %A Daniel Menasce %A Virgilio Almeida %T Cost-Performance Analysis of Heterogeneity in Supercomputer Architectures %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 169-177 %K networking computing, %A Carl J. Beckmann %A Constantine D. Polychronopoulos %Z CSRD, U. Ill. %T Fast Barrier Synchronization Hardware %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 180-189 %K parallel execution, %A Jyh-Herng Chow %A William Ludwell Harrison, III %Z CSRD, U. Ill. %T Switch-Stacks: A Scheme for Microtasking Nested Parallel Loops %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 190-199 %K parallel execution, Parcel system, %A P. Tirumalai %A M. Lee %A M. Schlansker %Z H-P Labs %T Parallelization of Loops with Exits on Pipelined Architectures %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 200-212 %K parallel execution, conditional execution, dependence graphs, loop scheduling, modulo scheduling, performance bounds, pipelined architectures, software pipelining, while loops, %A Anna Nagurney %A Alexander Eydeland %A Dae-Shik Kim %Z U. Mass. %T Computation of Large Scale Constrained Matrix Problems: The Splitting Equilibrium Algorithm %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 214-223 %K matrix algorithms, %A K. P. Traar %A W. Mader %A O. Heinreichsberger %A S. Selberherr %A M. Stiftinger %T High Performance Preconditioning on Supercomputers for the 3D Device Simulator Minimos %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 224-231 %K matrix algorithms, %A Edward Rothberg %A Anoop Gupta %Z Stanford U. %T Techniques for Improving the Performance of Sparse Matrix Factorization on Multiprocessor Workstations %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 232-241 %K matrix algorithms, %A Suresh Chalasani %A C. S. Raghavendra %A Anujan Varma %T Fault-Tolerant Routing in MIN-based Supercomputers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 244-253 %K DFA (dynamic full access), Omega network, %A Chih-Hsiang Chou %A David H. C. Du %Z U. Minn. %T Uni-Directional Hypercubes %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 254-263 %K metropolitan area networks (MAN), %A Ted Szymanski %A Chien Fang %Z Columbia U. %T Design and Analysis of Buffered Crossbars and Banyans with Cut-Through Switching %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 264-273 %A Takanobu Baba %A Tsutomu Yoshinaga %A Tohru Iijima %A Yoshifumi Iwamoto %A Masahiro Hamada %A Mitsuru Suzuki %Z Utsunomiya U. %T A Parallel Object-Oriented Total Architecture: A-NET %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 276-285 %K novel architectures, parallel object-oriented, total architecture, multicomputer, processing element, router, parallel operating system, A-NETL language, %A Jeffrey X. Zhou %Z Allied Signal Aerospace Tech. Center, Columbia, MD %T A Parallel Computer Model Supporting Procedure-Based Communication %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 286-294 %K novel architectures, directed message-passing computer (DMPC), procedure programming (PP), %A Creve Maples %Z Sandia %T A High-Performance, Memory-Based Interconnection System for Multicomputer Environments %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 295-304 %K novel architectures, Merlin, %A Vishwani D. Agrawal %A Srimat T. Chakradhar %T Performance Estimation in a Massively Parallel System %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 306-313 %K models of computation, %A Gary J. Harkin %Z MT State U. %T Parameterized Algorithm Decomposition and Performance Analysis %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 314-323 %K models of computation, algorithm performance, decomposition, granularity, parallel algorithm, %A Xian-He Sun %A Lionel M. Ni %Z MI State U. %T Another View of Parallel Speedup %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 324-333 %K models of computation, scaled-speedup, %A Hans Berliner %A Danny Kopec %A Ed Northam %T A Taxonomy of Concepts for Evaluating Chess Strength %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 336-343 %K computer chess: testing techniques and supercomputing programming, %X Three part: O1-O14; MP1-MP-14, MPPP1-MPPP14, MPPT1-MPPT9; and E1-E11, RPE1-RPE5. %A Lewis Stiller %T Group Graphs and Computational Symmetry on Massively Parallel Architecture %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 344-353 %K computer chess: testing techniques and supercomputing programming, %A Robert M. Hyatt %A Harry L. Nelson %T Chess and Supercomputers: Details about Optimizing Cray Blitz %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 354-363 %K computer chess: testing techniques and supercomputing programming, %A D. E. Stevenson %A R. M. Panoff %Z Clemson %T Experiences in Building the Clemson Computational Sciences Program %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 366-375 %K computational science education, %A Floyd B. Hanson %Z U. Ill., Chicago %T A Real Introduction to Supercomputing: A User Training Course %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 376-385 %K education, supercomputer user training, parallelization, vectorization, %A Rajiv Gupta %Z U. Pitt. %T Loop Displacement: An Approach for Transforming and Scheduling Loops for Parallel Execution %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 388-397 %K program restructuring, shared memory multiprocessors, synchronization overhead, barrier synchronization, fuzzy barrier, loop coalescing, loop alignment, loop skewing, %A Ron Cytron %A Jim Lipkis %A Edith Schonberg %T A Compiler-Assisted Approach to SPMD Execution %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 398-406 %K program restructuring, fork-join, privatization, %A Ken Kennedy %A Kathryn S. McKinley %Z Rice U. %T Loop Distribution with Arbitrary Control Flow %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 407-416 %K program restructuring, parallelization, vectorization, transformation, control dependence, data dependence, loop distribution, %A A. Kamel %A P. Sguazzero %A V. Zecca %Z IBM %T Large Scale Computing on Clustered Vector Multiprocessors %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 418-427 %K geophysical applications, VMP, oil/gas reservoirs, %A Frederic J. L. Briens %A Ching H. Wu %T Application of Sequential Staging of Tasks to Petroleum Reservoir Modeling %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 428-435 %K geophysical applications, SST, %X IBM Fortran parallel code in appendix. %A Mark Christon %Z LLNL %T A Vectorized 3-D Finite Element Model for Transient Simulation of Two-Phase Heat Transport with Phase Transformation and a Moving Interface %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 436-445 %K geophysical applications, best student paper - applications, %A William Celmaster %A Edward N. May %T Parallelization of a Radiation Transport Simulation Code on the BBN TC2000 Parallel Computer %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 448-454 %K how to parallelize applications, %A Zarka Cvetanovic %A Edward G. Freedman %A Charles Nofsinger %Z DEC %T Perfect Benchmarks Decomposition and Performance on VAX Multiprocessors %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 455-464 %K how to parallelize applications, M31, VAX 6000, %A Zarka Cvetanovic %A Edward G. Freedman %A Charles Nofsinger %Z DEC %T Efficient Decomposition and Performance of Parallel PDE, FFT, and Monte Carlo Simulations, Simplex, and Sparse Solvers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 465-474 %K how to parallelize applications, M31, VAX 6000, SOR, ADI, %A Sanjay Ranka %A Jhychun Wang %A Nangkang Yeh %Z Syracuse U. %T Embedding Meshes on the Star Graph %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 476-485 %K non-numeric algorithms, star graph, mesh, embedding, sorting, %A Lasse Natvig %Z Norwegian Inst. Tech. %T Logarithmic Time Cost Optimal Parallel Sorting is Not Yet Fast in Practice! %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 486-494 %K non-numeric algorithms, CREW PRAM, %A Janice Stone %Z IBM %T A Simple and Correct Shared-Memory Algorithm using Compare-and-Swap %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 495-504 %K non-numeric algorithms, %A Prasad Vishnubhotia %Z OhSU %T Fine-Grained Parallelism in the ALPS Programming Language %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 506-514 %K parallel languages, Encore, BBN, Transputer, SUN, %A Steven Lucco %A Oliver Sharp %Z UC Berkeley %T Delirium: An Embedding Coordination Language %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 515-524 %K parallel languages, best student paper - tools, %A R. Bagrodia %A K. M. Chandy %A E. Kwan %T UC: A Language for the Connection Machine %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 525-534 %K parallel languages, C programming language, C*, shortest path example, %A Iain S. Duff %Z Rutherford Appleton Labs %T Parallel Algorithm Research at CERFACS %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 536-542 %K invited paper, %A M. S. Algudady %A C. R. Das %A M. J. Thazhutaveetil %Z Penn State %T A Write Update Cache Coherence Protocol for MIN-Based Multiprocessors with Accessibility %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 544-553 %A John C. Willis %A Arthur C. Sanderson %A Charles R. Hill %Z Philips Labs %T Cache Coherence in Systems with Parallel Communications Channels & Many Processors %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 554-563 %A David Callahan %A Allan Porterfield %Z Tera Computer %T Data Cache Performance of Supercomputer Applications %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 564-572 %K cache coherence, %A Honda Shing %A Lionel M. Ni %Z MI State %T Resource Binding - A Universal Approach to Parallel Programming %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 574-583 %K parallel programming, %A Gail A. Alverson %A William G. Griswold %A David Notkin %A Lawrence Snyder %Z U WA %T A Flexible Communication Abstraction for Nonshared Memory Parallel Computing %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 584-593 %K parallel programming, Ensemble, %A Manohar Rao %A Zary Segall %A Dalibor Vrsalovic %Z CMU %T Implementation Machine Paradigm for Parallel Programming %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 594-603 %K IM, MIMD, %A Moon Jung Chung %A Yunmo Chung %Z MI State U. %T Efficient Parallel Logic Simulation Techniques for the Connection Machine %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 606-614 %K EE applications, %A R. B. Mueller-Thuns %A D. G. Saab %A J. A. Abraham %T Design of a Scalable Parallel Switch-Level Simulator for VLSI %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 615-624 %K EE applications, %A David Cann %A John Feo %Z LLNL %T SISAL Versus FORTRAN: A Comparison using the Livermore Loops %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 626-636 %K performance analysis, data flow, benchmark, programming languages, %A Samuel A. Fineberg %A Thomas L. Casavant %A Howard Jay Siegel %T Experimental Analysis of Communications/Data-Conditional Aspects of a Mixed-Mode Parallel Architecture via Synthetic Computations %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 637-646 %K performance analysis, PASM, SIMD/MIMD, %A Suresh Chittor %A Richard Enbody %Z MI State U. %T Performance Evaluation of Mesh-Connected Wormhole-Routed Networks for Interprocessor Communications in Multicomputers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 647-656 %K performance analysis, %A Wen-Tsuen Chen %A Ming-Yi Fang %Z National Tsing Hua U., Taiwan %T Theorem Proving in Propositional Logic on Vector Computers using a Generalized Davis-Putnam Procedure %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 658-665 %K vector algorithms, DPP, ETA-10, %A Siddhartha Chatterjee %A Guy E. Blelloch %A Marco Zagha %Z CMU %T Scan Primitives for Vector Computers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 666-675 %K vector algorithms, %A Salvatore Flippone %A Paolo Santangelo %A Marcello Vitaletti %Z IBM %T A Vectorized Long-Period Shift Register Random Number Generator %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 676-684 %K vector algorithms, long-period pseudo-random sequences, linear feedback shift registers, IBM 3090 vector facility, IBM RISC/6000, %A David J. Potter %A Marshall P. Cline %Z Clarkson U. %T Massively Parallel Computational Methods in Light Scattering by Small Particles %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 686-692 %K particle transport, %A Y. Y. Azmy %Z ORNL %T On the Adequacy of Message-Passing Parallel Supercomputers for Solving Neutron Transport Problems %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 693-699 %K particle transport, iPSC/2, %X Adequate (for the conditions given). P-NT. %A J. D. Maltby %A B. T. Kornblum %Z LLNL %T MONT3E: A Monte Carlo Electron Heat Transfer Code %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 700-707 %K particle transport, %A Ted Szymanski %Z Columbia U. %T A Fiber Optic Hypermesh for SIMD/MIMD Machines %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 710-719 %K processors, communications, %A Jiun-Ming Hsu %A Prithviraj Banerjee %Z U. Ill. %T A Message Passing Coprocessor for Distributed Memory Multicomputers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 720-729 %K processors, communications, MPC, %A Ben Heggy %A Mary Lou Soffa %Z U. Pitt. %T Architectural Support for Register Allocation in the Presence of Aliasing %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 730-739 %K processors, communications, %A S. Huang %A E. A. Myers %A K. J. M. Moriarty %A J. Potvin %T Information Optimization for Monte-Carlo Data and Application in High-Temperature Quantum Chromodynamics %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 742-747 %K advanced physics simulations, QCD, %A Jean-Philippe Brunet %A Jill P. Mesirov %A Alan Edelman %T An Optimal Hypercube Direct N-body Solver on the Connection Machine %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 748-752 %K advanced physics simulations, %A Nobuyasu Ito %A Yasumasa Kanada %Z U. Tokyo %T Monte Carlo Simulation of the Ising Model and Random Number Generation on the Vector Processor %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 753-763 %K advanced physics simulations, HITAC S820/80, %A Joel Welling %A Chris Nuuja %A Phil Andrews %Z Pitt. Super.comp Center %T P3D: A Lisp-Based Format for Representing General 3D Models %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 766-774 %K scientific and performance visualizations, %A Vincent J. Harrand %A Amar Choudry %A John P. Ziebarth %Z U. Alabama, Huntsville %T Scientific Data Visualization: A Formal Introduction to the Rendering and Geometric Modeling Aspects %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 775-783 %K scientific and performance visualizations, %A Sanjay Sharma %A Allen D. Malony %A Michael W. Berry %A Priyamvada Sinvhal-Sharma %Z CSRD, U. Ill. %T Run-Time Monitoring of Concurrent Programs on the Cedar Multiprocessor %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 784-793 %K scientific and performance visualizations, xylem, %A J. E. Smith %A W.-C. Hsu %A C. Hsiung %Z Cray Research %T Future General Purpose Supercomputer Architectures %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 796-804 %X Invited paper. %A Stewart L. Shapiro %A Saul A. Teukolsky %Z Cornell U. %T Building Black Holes, Gravitational Waves, and Relativistic: Supercomputer Cinema %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 805-814 %X Invited paper. %A D. Hohl %A R. Idaszak %A R. O. Jones %T Quantum Molecular Modeling with Simulated Annealing - A Distributed Processing and Visualization Approach %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 816-825 %K visualization, numerical simulation, DGL, molecular dynamics (MD), density functional (DF), chemistry, %A Scott Langlie %A Wing Cheng %A Ilhan Dilber %T Computer Simulation of High-Speed Impact Response of Composites %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 826-834 %K visualization, simulation, materials science, applications, %A Ping-Kang Hsiung %A Robert H. Thibadeau %A Christopher B. Cox %A Robert H. P. Dunn %Z CMU %T Time Dilation Visualization in Relativity %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 835-844 %K visualization, simulation %A Ping-Kang Hsiung %A Mark D. Nagel %A Lubomir Bic %Z UC Irvine %T Partitioning Declarative Programs into Communicating Processes %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 846-855 %K partitioning, scheduling, Process Oriented Dataflow System (PODS), MIMD, %A Hironori Kasakara %A Hiroki Honda %A Seinosuke Narita %Z Waseda U. %T Parallel Processing of Near Fine Grain Tasks using Static Scheduling on OCSAR (Optimally Scheduled Advanced Multiprocessor) %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 856-864 %K partitioning, scheduling, %A Jingke Li %A Marina Chen %Z Yale U. %T Generating Explicit Communication References from Shared Memory Program References %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 865-876 %K partitioning, scheduling, best student paper - tools, %A Takanobu Baba %A Yoshifumi Iwamoto %A Tsutomu Yoshinaga %Z Utsunomiya U. %T A Network-Topology Independent Task Allocation Strategy for Parallel Computers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 878-887 %K task allocation and load balancing, network-topology independence, task graph, processor graph, task allocation strategy, parallel computer, %A Jian Xu %A Kai Hwang %T Heuristic Methods for Dynamic Load Balancing in a Message-Passing Supercomputer %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 888-897 %K task allocation and load balancing, iPSC/2, %A Ishfaq Ahmad %A Arif Ghafoor %Z Syracuse U. %T A Semi Distributed Task Allocation and Strategy for Large Hypercube Supercomputers %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 898-907 %K task allocation and load balancing, best student paper - systems, %A Robert P. Colwell %A W. Eric Hall %A Chandra S. Joshi %A David B. Papworth %A Paul K. Rodman %A James E. Tornes %Z Multiflow (defunct) %T Architecture and Implementation of a VLIW Supercomputer %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 910-919 %K innovative architectures, very long instruction word (VLIW) architectures, %A Rajiv Gupta %A Michael Epstein %A Michael Whelan %T The Design of a RISC based Multiprocessor Chip %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 920-929 %K innovative architectures, very long instruction word (VLIW) architectures, register channels, collective branching, fuzzy barrier, parallelizing compiler, %A Peter Wolcott %A Seymour E. Goodman %Z U. AZ %T Soviet High-Speed Computers: The New Generation %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 930-939 %K innovative architectures, %A Yong-fong Lee %A Thomas J. Marlowe %A Barbara G. Ryder %Z Rutgers U. %T Performing Data Flow Analysis in Parallel %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 942-951 %K program analysis, data flow analysis, parallel algorithms, hybrid algorithms, message-passing machines, partitioning, scheduling, MIMD, graphs, NCUBE, %A Paul Havlak %A Ken Kennedy %Z Rice U. %T Experience with Interprocedural Analysis of Array Side Effects %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 952-961 %K program analysis, parallelization, data dependence, interprocedural analysis, array regions, regular sections, LINPACK, RiCEPS, %A Lee-Chung Lu %A Marina Chen %Z Yale U. %T Subdomain Dependence Test for Massive Parallelism %J Proceedings Supercomputing'90 %I IEEE %C New York, New York %D November 1990 %P 962-972 %K program analysis,