SC 1990: New York, NY, USA

• Ed Anderson, Zhaojun Bai, Jack Dongarra, A. Greenbaum, A. McKenney, Jeremy Du Croz, Sven Hammarling, James Demmel, Christian H. Bischof, Danny C. Sorensen:
  LAPACK: a portable linear algebra library for high-performance computers. 2-11
  
• Dingju Chen:
  Hierarchical blocking and data flow analysis for numerical linear algebra. 12-19
  
• Rodney W. Johnson, Chua-Huang Huang, John R. Johnson:
  Multilinear algebra and parallel programming. 20-31
  
• Jürgen-Friedrich Hake, Willi Homberg:
  The impact of memory organization on the performance of matrix multiplication. 34-40
  
• Yoshikuni Okawa, Naoki Haraguchi:
  A linear array of processors with partially shared memory for parallel solution of PDE. 41-48
  
• Ram Raghavan, John P. Hayes:
  On randomly interleaved memories. 49-58
  
• Allen D. Malony, John L. Larson, Daniel A. Reed:
  Tracing application program execution on the Cray X-MP and Cray 2. 60-73
  
• Robert Hood, Ken Kennedy, John M. Mellor-Crummey:
  Parallel program debugging with on-the-fly anomaly detection. 74-81
  
• Rajiv Gupta, Chi-Hung Chi:
  Improving instruction cache behavior by reducing cache pollution. 82-91
  
• Daniel R. Ripoll, Stephen J. Thomas:
  A parallel Monte Carlo search algorithm for the conformational analysis of proteins. 94-102
  
• Michael Ess:
  Folding RNA on the Cray-2. 103-111
  
• Steven W. White, David C. Torney, Clive C. Whittaker:
  A parallel computational approach using a cluster of IBM ES/3090 600Js for physical mapping of chromosomes. 112-121
  
• Gilbert J. Hansen, Charles A. Linthicum, Gary Brooks:
  Experience with a performance analyzer for multithreaded applications. 124-131
  
• Margaret L. Simmons, Harvey J. Wasserman:
  Performance evaluation of the IBM RISC System/6000: comparison of an optimized scalar processor with two vector processors. 132-141
  
• Elizabeth Williams, C. Thomas Myers, Rebecca Koskela:
  The characterization of two scientific workloads using the CRAY X-MP performance monitor. 142-152
  
• William L. French:
  Supercomputer network selection: a case study. 154-159
  
• Marke Clinger:
  Very high performance networking for supercomputing. 160-168
  
• Daniel A. Menascé, Virgilio Almeida:
  Cost-performance analysis of heterogeneity in supercomputer architectures. 169-177
  
• Carl J. Beckmann, Constantine D. Polychronopoulos:
  Fast barrier synchronization hardware. 180-189
  
• Jyh-Herng Chow, Williams Ludwell Harrison III:
  Switch-stacks: a scheme for microtasking nested parallel loops. 190-199
  
• Parthasarathy P. Tirumalai, M. Lee, Michael S. Schlansker:
  Parallelization of loops with exits on pipelined architectures. 200-212
  
• Anna Nagurney, Alexander Eydeland, Dae-Shik Kim:
  Computation of large-scale constrained matrix problems: the splitting equilibration algorithm. 214-223
  
• Karl P. Traar, Wolfgang R. Mader, Otto Heinreichsberger, Siegfried Selberherr, Martin Stiftinger:
  High performance preconditioning on supercomputers for the 3D device simulator MINIMOS. 224-231
  
• Edward Rothberg, Anoop Gupta:
  Techniques for improving the performance of sparse matrix factorization on multiprocessor workstations. 232-241
  
• Suresh Chalasani, Anujan Varma, C. S. Raghavendra:
  Fault-tolerant routing in MIN-based supercomputers. 244-253
  
• Chih-Hsiang Chou, David Hung-Chang Du:
  Uni-directional hypercubes. 254-263
  
• Ted H. Szymanski, Chien Fang:
  Design and analysis of buffered crossbars and banyans with cut-through switching. 264-273
  
• Takanobu Baba, Tsutomu Yoshinaga, Tohru Iijima, Yoshifumi Iwamoto, Masahiro Hamada, Mitsuru Suzuki:
  A parallel object-oriented total architecture: A-NET. 276-285
  
• Jeffrey X. Zhou:
  A parallel computer model supporting procedure-based communication. 286-294
  
• Creve Maples:
  A high-performance, memory-based interconnection system for multicomputer environments. 295-304
  
• Vishwani D. Agrawal, Srimat T. Chakradhar:
  Performance estimation in a massively parallel system. 306-313
  
• Gary J. Harkin:
  Parametrized algorithm decomposition and performance analysis. 314-323
  
• Xian-He Sun, Lionel M. Ni:
  Another view on parallel speedup. 324-333
  
• Hans J. Berliner, Danny Kopec, Ed Northam:
  A taxonomy of concepts for evaluating chess strength. 336-343
  
• Lewis Stiller:
  Group graphs and computational symmetry on massively parallel architecture. 344-353
  
• Robert M. Hyatt, Harry L. Nelson:
  Chess and supercomputers: details about optimizing Cray Blitz. 354-363
  
• D. E. Stevenson, R. M. Panoff:
  Experiences in building the Clemson computational sciences program. 366-375
  
• Floyd B. Hanson:
  A real introduction to supercomputing: a user training course. 376-385
  
• Rajiv Gupta:
  Loop displacement: an approach for transforming and scheduling loops for parallel execution. 388-397
  
• Ron Cytron, Jim Lipkis, Edith Schonberg:
  A compiler-assisted approach to SPMD execution. 398-406
  
• Ken Kennedy, Kathryn S. McKinley:
  Loop distribution with arbitrary control flow. 407-416
  
• Aladin Kamel, Piero Sguazzero, Vittorio Zecca:
  Large-scale computing on clustered vector multiprocessors. 418-427
  
• Frederic J. L. Briens, Ching H. Wu:
  Application of sequential staging of tasks to petroleum reservoir modeling. 428-435
  
• Mark Christon:
  A vectorized 3-D finite element model for transient simulation of two-phase heat transport with phase transformation and a moving interface. 436-445
  
• William Celmaster, Edward N. May:
  Parallelization of a radiation transport simulation code on the BBN TC2000 parallel computer. 448-454
  
• Zarka Cvetanovic, Edward G. Freedman, Charles Nofsinger:
  Perfect Benchmarks decomposition and performance on VAX multiprocessors. 455-474
  
• Sanjay Ranka, Jhy-Chun Wang, Nangkang Yeh:
  Embedding meshes on the star graph. 476-485
  
• Lasse Natvig:
  Logarithmic time cost optimal parallel sorting is not yet fast in practice!. 486-494
  
• Janice M. Stone:
  A simple and correct shared-queue algorithm using compare-and-swap. 495-504
  
• Prasad Vishnubhotla:
  Fine-grain parallelism in the ALPS programming language. 506-514
  
• Steven Lucco, Oliver Sharp:
  Delirium: an embedding coordination language. 515-524
  
• Rajive Bagrodia, K. Mani Chandy, E. Kwan:
  UC: a language for the connection machine. 525-534
  
• Iain S. Duff:
  Parallel algorithm research at CERFACS. 536-542
  
• Mazin S. Algudady, Chita R. Das, Matthew Thazhuthaveetil:
  A write update cache coherence protocol for MIN-based multiprocessors with accessibility-based split caches. 544-553
  
• John C. Willis, Arthur C. Sanderson, Charles R. Hill:
  Cache coherence in systems with parallel communication channels many processors. 554-563
  
• David Callahan, Allan Porterfield:
  Data cache performance of supercomputer applications. 564-572
  
• Honda Shing, Lionel M. Ni:
  Resource binding - a universal approach to parallel programming. 574-583
  
• Gail A. Alverson, William G. Griswold, David Notkin, Lawrence Snyder:
  A flexible communication abstraction for nonshared memory parallel computing. 584-593
  
• Manohar Rao, Zary Segall, Dalibor F. Vrsalovic:
  Implementation machine paradigm for parallel programming. 594-603
  
• Moon-Jung Chung, Yunmo Chung:
  Efficient parallel logic simulation techniques for the connection machine. 606-614
  
• Robert B. Mueller-Thuns, Daniel G. Saab, Jacob A. Abraham:
  Design of a scalable parallel switch-level simulator for VLSI. 615-624
  
• David C. Cann, John Feo:
  SISAL versus FORTRAN: a comparison using the Livermore loops. 626-636
  
• Samuel A. Fineberg, Thomas L. Casavant, Howard Jay Siegel:
  Experimental analysis of communication/data-conditional aspects of a mixed-mode parallel architecture via synthetic computations. 637-646
  
• Suresh Chittor, Richard J. Enbody:
  Performance evaluation of mesh-connected wormhole-routed networks for interprocessor communication in multicomputers. 647-657
  
• Wen-Tsuen Chen, Ming-Yi Fang:
  Theorem proving in propositional logic on vector computers using a generalized Davis-Putnam procedure. 658-665
  
• Siddhartha Chatterjee, Guy E. Blelloch, Marco Zagha:
  Scan primitives for vector computers. 666-675
  
• Salvatore Filippone, Paolo Santangelo, Marcello Vitaletti:
  A vectorized long-period shift-register random number generator. 676-684
  
• David J. Potter, Marhall P. Cline:
  Massively parallel computational methods in light scattering by small particles. 686-692
  
• Y. Y. Azmy:
  On the adequacy of message-passing parallel supercomputers for solving neutron transport problems. 693-699
  
• J. D. Maltby, B. T. Kornblum:
  MONT3E: a Monte Carlo electron heat transfer code. 700-707
  
• Ted Sztnabski:
  A fiber optic hypermesh for SIMD/MIMD machines. 710-719
  
• Jiun-Ming Hsu, Prithviraj Banerjee:
  A message passing coprocessor for distributed memory multicomputers. 720-729
  
• Ben Heggy, Mary Lou Soffa:
  Architectural support for register allocation in the presence of aliasing. 730-739
  
• S. Huang, K. J. M. Moriarty, E. Ann Myers, J. Potvin:
  Information optimization for Monte Carlo data and application to high-temperature quantum chromodynamics. 742-747
  
• Jean-Philippe Brunet, Alan Edelman, Jill P. Mesirov:
  An optional hypercube direct N-body solver on the connection machine. 748-752
  
• Nobuyasu Ito, Yasumasa Kanada:
  Monte Carlo simulation of the Ising model and random number generation on the vector processor. 753-763
  
• Joel Welling, Chris Nuuja, Phil Andrews:
  P3D: a Lisp-based format for representing general 3D models. 766-774
  
• Vincent J. Harrand, Amar Choudry, John P. Ziebarth:
  Scientific data visualization: a formal introduction to the rendering and geometric modeling aspects. 775-783
  
• Sanjay Sharma, Allen D. Malony, Michael W. Berry, Priyamvada Sinvhal-Sharma:
  Run-time monitoring of concurrent programs on the Cedar multiprocessor. 784-793
  
• James E. Smith, Wei-Chung Hsu, Christopher C. Hsiung:
  Future general purpose supercomputer architectures. 796-804
  
• Stuart L. Shapiro, Saul A. Teukolsky:
  Building black holes, gravitational waves, and relativistic fluid flows: supercomputer cinema. 805-814
  
• D. Hohl, R. Idaszak, R. O. Jones:
  Quantum molecular modeling with simulated annealing - a distributed processing and visualization application. 816-825
  
• Scott Langlie, Wing Cheng, Ilhan Dilber:
  Computer simulation of high-speed impact response of composites. 826-834
  
• Ping-Kang Hsiung, Robert H. Thibadeau, Christopher B. Cox, Robert H. P. Dunn:
  Time dilation visualization in relativity. 835-844
  
• John M. A. Roy, Mark Nagel, Lubomir Bic:
  Partitioning declarative programs into communicating processes. 846-855
  
• Hironori Kasahara, Hiroki Honda, Seinosuke Narita:
  Parallel processing of near fine grain tasks using static scheduling OSCAR (optimally scheduled advanced multiprocessor). 856-864
  
• Jingke Li, Marina C. Chen:
  Generating explicit communication from shared-memory program references. 865-876
  
• Takanobu Baba, Yoshifumi Iwamoto, Tsutomu Yoshinaga:
  A network-topology independent task allocation strategy for parallel computers. 878-887
  
• Jian Xu, Kai Hwang:
  Heuristic methods for dynamic load balancing in a message-passing supercomputer. 888-897
  
• Ishfaq Ahmad, Arif Ghafoor:
  A semi distributed task allocation strategy for large hypercube supercomputers. 898-907
  
• Robert P. Colwell, W. Eric Hall, Chandra S. Joshi, David B. Papworth, Paul K. Rodman, James E. Tornes:
  Architecture and implementation of a VLIW supercomputer. 910-919
  
• Rajiv Gupta, Michael Epstein, Michael Whelan:
  The design of a RISC based multiprocessor chip. 920-929
  
• Peter Wolcott, Seymour E. Goodman:
  Soviet high-speed computers: the new generation. 930-939
  
• Yong-Fong Lee, Thomas J. Marlowe, Barbara G. Ryder:
  Performing data flow analysis in parallel. 942-951
  
• Paul Havlak, Ken Kennedy:
  Experience with interprocedural analysis of array side effects. 952-961
  
• Lee-Chung Lu, Marina C. Chen:
  Subdomain dependence test for massive parallelism. 962-972
  

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