eugene@orville.nas.nasa.gov (Eugene Miya) (11/28/88)
Here is the last major conference I will be posting proceedings. There is one more major parallel computing conference I am aware of for the year (the Dec. performance measurement conference in Japan which I was invited to, but don't have the travel funds for). An added note will follow next week on the status of the complete bib, authorized sites should try FTP next weekend to "you know where." I should be stacking firewood by then. --eugene miya Added P.S. my videotapes of Ledbetter and the Future Technologies session have been made "official" conference records as well as my walkthrus of the vendor and research exhibits, poster session, and various "blackmail" pieces. Next year's conference might have professional taping of these things. Again annotations, corrections, etc. to me. %h $Revision$ $Date$ %# A memorable conference with Seymour Cray's once in a decade speech "What's New About Gallium Arsenide?" not in the proceedings. Included photos of the Cray-3 housing and modules. %A D. Klappholz %A X. Kong %T CFT-PREDEFINE: A Software Tool for Hand Parallelizing Sequential Code %J Proceedings Supercomputing '88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 2 %K program development, Cray FORTRAN, vectorization, %X Paper not received by publication time. %A Vincent A. Guarna, Jr. %A Dennis Gannon %A Yogesh Gaur %A David Jablonowski %Z CSRD, U. Ill. %T FAUST: An Environment for Programming Parallel Scientific Applications %J Proceedings Supercomputing '88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 3-10 %K program development, vectorization, X windows, sigma editor, dynamic call graph monitoring, %A Siamak Arya %A Blaine Gaither %Z Gould, CSD, San Diego %T Parallel Algorithm Development Workbench %J Proceedings Supercomputing '88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 11-17 %K program development, %X Presentation lacked fire. Implementation details thin. %A Kenneth W. Neves %Z Boeing Comp. Service %T Growing Discord: Programming Philosophy and Hardware Design %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 18-26 %K programming development, vectorization, Fortran, %X A disappointing paper. Could have been much better. Does not adequately cover the issue of tools and operating systems. Okay if you are just dealing with Fortran and card images. Dusty decks. Points a finger against compilers without mentioning algorithms. %A James T. Kuehn %A Burton J. Smith %Z SRC, Lanham, MD %T The Horizon Supercomputing System: Architecture and Software %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 28-34 %r SRC-TR-88-09 %d July 1988 %K MIMD, Tera Computer, %A Mark R. Thistle %A Burton J. Smith %Z Supercomputing Research Center, Lanham, MD %T A Processor Architecture for Horizon %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 34-41 %r SRC-TR-88-10 %d August 1988 %K MIMD, Tera Computer, %A Frank M. Pittelli %A David L. Smitley %Z Supercomputing Research Center, Lanham, MD %T Analysis of a 3D Tordial Network for a Shared Memory Architecture %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 42-47 %r SRC-TR-88-11 %d July 1988 %K MIMD, Tera Computer, Horizon, %X Sounds like it is borrowing from the Cyberplus. %A Ray R. Glenn %Z Supercomputing Research Center, Lanham, MD %T Performance Prediction for the Horizon Supercomputer %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 48-52 %r SRC-TR-88-12 %d July 1988 %K MIMD, Tera Computer, 256-PE, 50 GOPS, 8K-12K streams, %A Daniel J. Kopetzky %Z Supercomputing Research Center, Lanham, MD %T Horse: A Simulation of the Horizon Supercomputer %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 53-54 %r SRC-TR-88-13 %d July 1988 %K MIMD, Tera Computer, %A Arvind %A David E. Culler %A Gino K. Maa %Z LCS, MIT %T Assessing the Benefits of Fine-grain Parallelism in Dataflow Programs %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 60-69 %K data flow systems, parallelism profile, granularity, program graphs, ideal execution, PIC, SIMPLE, %X Looks like some stuff done for IBM RP3. %A Thomas L. Sterling %A D. Scott Wills %A Ellery Y. Chan %Z Harris Corp. %T Tokenless Static Data Flow Using Associative Templates %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 70-79 %K data flow systems, mesh connected, ATSM (storage manager), functional computation unit (FCU), associative diffusion, %A Keki B. Irani %A Khai-Quang Luc %Z U. MI %T Elimination of Bottlenecks in Dynamic Dataflow Processors %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 80-87 %K dataflow systems, matching unit, instance-based matching unit (IBMU), parallel processing, dataflow multiprocessing system, hash table, partitioning, sub-matching unit (SMU), token memory (TM), %A Lingtao Wang %A Chuan-lin Wu %T I-NET Mechanism for Issuing Multiple Instructions %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 88-95 %K dataflow systems, instruction network, forward routing, backward sorting, early bounding, post-compiler, data dependence, instruction network, %A David Callahan %Z Rice U. %A Jack Dongarra %A David Levine %Z ANL %T Vectorizing Compilers: A Test Suite and Results %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 98-105 %K compiler evaluation, indirect addressing, scatter gather, dependence analysis, stress, %A Robert N. Braswell %A Malcolm S. Keech %Z FSU %T An Evaluation of Vector Fortran 200 Generated by Cyber 205 and ETA-10 Pre-Compilation Tools %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 106-113 %K compiler evaluation, VAST, KAP, %A Mark D. Guzzi %A David A. Padua %A Jay P. Hoeflinger %A Duncan H. Lawrie %Z CSRD, U. IL %T Cedar Fortran and Other Vector and Parallel Fortran Dialects %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 114-121 %K compiler evaluation, %X Good summary table at end of paper. %A Ju-ho Tang %A Edward S. Davidson %A Johau Tong %T Polycyclic Vector Scheduling vs. Chaining on 1-Port Vector Supercomputers %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 122-129 %K compiler evaluation, LFK, Cray-1/2, %A J. A. Sethian %A James B. Salem %A A. F. Ghoniem %T Interactive Scientific Visualization and Parallel Display Techniques %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 132-139 %K example fluid flow, connection machine, time dependent scalar and vector fields, 2-D CFD, %X Not 3-D. %A John D. Fowler, Jr. %A Michael McGowen %Z LANL %T Design and Implementation of a Supercomputer Frame Buffer System %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 140-147 %K basic graphics like clipping, animation, Cray XMP, raster, visualization, %A Richard L. Phillips %Z LANL %T A Scientific Visualization Workbench %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 148-155 %K workstation, supercomputer, video, window system, visualization, animation, NeWS, Trancept Application Accelerator TAAC-1, portability, %A W. E. Johnston %A D. E. Hall %A J. Huang %A M. Rible %A D. Robertson %Z LBL %T Distributed Scientific Video Movie Making %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 156-162 %K visualization, animation, cheap, inexpensive, %A Milind Girkar %A Constantine Polychronopoulos %Z CSRD, U. Ill. %T Compiling Issues for Supercomputers %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 164-173 %K compiler technology, data dependences, syntax analysis, loop spreading and reconstruction, testing, program transformations, %A Yoshikazu Tanaka %A Kyouko Iwasawa %A S. Goto %A Yukio Umetani %Z Hitachi %T Compiling Techniques for First-Order Recurrences on a Vector Computer %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 174-181 %K compiler technology, LFK, HITAC M-180 IAP (integrated array processor), benchmarking, loop tables, %A Takao Tsuda %A Yoshitoshi Kunieda %Z Kyoto U. %T V-Pascal: an Automatic Vectorizing Compiler for Pascal with No Language Extensions %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 182-189 %K compiler technology, Hitachi, FFT example, loop reduction, %A Robert A. Whiteside %A Jerrold S. Leichter %Z Sandia and Yale %T Using Linda for Supercomputing on a Local Area Network %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 192-199 %K operating systems for supercomputing, SUN, Cray, VAX, S/Net, %A S. Hatayama %A M. Tsuchiya %A Y. Shinkai %A H. Morishige %Z Natl. Aerospace Lab, Nippon and Fujitsu %T Development of Job-Job Step Scheduler for NAL Numerical Simulator %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 200-206 %K operating systems for supercomputing, NS, VP400, %A Maya B. Gokhale %A Todd C. Torgersen %Z U. Del. %T The Symbolic Hyperplane Transformation for Recursively Defined Arrays %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 207-214 %K operating systems for supercomputing, parallel scheduling, automatic program generation, program transformation, hyperplane, wave-front, linear programming, equational specifications, applicative programming, PS, %A M. Halem %A J. Green %Z NASA GSFC %T NASA's Requirements for a Massive Space Science Data Bank %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 216 %K mass storage systems, %X Paper didn't arrive for publication and authors didn't show (Fred from GSFC did!). %A Robert F. Bedoll %Z Boeing Comp. Services %T Mass Storage Support for Supercomputing %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 217-221 %K mass storage systems, FMS File Management System, CDC, MSS, %X Not highly enlightened, very batch-oriented method of doing things. %A Bill Collins %A Marjorie Devaney %A David Kitts %T Profiles in Mass Storage: A Tale of Two Systems %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 222-228 %K mass storage systems, CTSS, UNICOS, CFS, common file system, MSS, IBM VM/CMS, file migration, %X LANL and NCAR. %A Misako Ishiguro %A Mitsuhiro Makino %A Naohisa Shinozawa %Z Japan Atomic Energy Inst. and Fujitsu %T Vector and Parallel Processing of the Nuclear Reactor Transient Analysis Code RELAP5 %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 230-236 %K performance, multi-tasking, VP100, Gaussian Elimination, %A C. Eisenbeis %A W. Jalby %A A. Lichnewsky %T Squeezing More CPU Performance out of a Cray-2 by Vector Block Scheduling %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 237-246 %K performance, CFT77, preprocessing, spilling, register allocation, VASCO, VATIL, MIMOSA, %A N. Balram %A C. Belo %A J. M. F. Moura %Z ECE, CMU %T Parallel Processing on Supercomputers: A Set of Computational Experiments %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 247-257 %K performance, vectorization, microtasking, multitasking, %A Yiwei Liu %A Olin Johnson %Z U. Houston %T Optimal Scheduling Polices for mixed Scalar-Vector Multiprocessor Supercomputers %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 258-264 %K performance, vectorization, heterogeneous processor model (HPM), queueing network model, NEC SX-2, arithmetic processor (AP), control processor (CP), variable aggregation based on near complete decomposibility, %A Yuji Inouye %A Shigeki Hatayama %Z Fujitsu and NAL %T FACOM 6443 Magneto-Optic Disk Sub-System %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 266-271 %K mass storage, MSS, %X Does not deal with parallel processing directly, but it does help supercomputers. %A M. A. Bassiouni %A N. Ranganathan %A Amar Mukherjee %Z F. Central FL. %T A Scheme for Data Compression in Supercomputers %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 272-278 %K mass storage, MSS, in hardware, %X Does not deal with parallel processing directly, but it does help supercomputers. %A J. Richards %A T. Kummell %A D. G. Zarlengo %Z NASA Ames %T A Mass Storage System for Supercomputers Based on Unix %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 279-286 %K mass storage, MSS, file migration, %X Does not deal with parallel processing directly, but it does help supercomputers. See also IEEE Symp. on MSS, Oct. 1988. %A Margaret L. Simmons %A Harvey J. Wasserman %Z LANL %T Performance Comparison on the Cray-2 and Cray X-MP/416 Supercomputers %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 288-295 %K supercomputer benchmarking, performance, benchmark, supercomputer, %A Christopher Eoyang %A Raul H. Mendez %A Olaf M. Lubeck %T The Birth of the Second Generation: The Hitachi S-820/80 %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 296-303 %K supercomputer benchmarking, supercomputer, vector processor, LFK, loops, LANL codes, bmk8, bmk21, vortex, euler, baro, shear, mhd2d, simple, %A Richard K. Sato %A Paul N. Swarztrauber %Z NCAR %T Benchmarking the Connection Machine 2 %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 304-309 %K supercomputer benchmarking, shallow water equation, %A Jack Worlton %T Some Patterns of Technological Change in High Performance Computing %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 312-320 %K supercomputer architecture, forecasting, %X An interesting article. Taxonomy of anticipatory methods. %A %T The Convex C240 Architecture %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 321-329 %K supercomputer architecture, ASAP (automatic self-allocating processors), %A Shekhar Borkar %A Robert Cohn %A George Cox %A Sha Gleason %A Thomas Gross %A H. T. Kung %A Monica Lam %A Brian Moore %A Craig Peterson %A John Pieper %A Linda Rankin %A P. S. Tseng %A Jim Sutton %A John Urbanski %A Jon Webb %Z CMU %T iWARP: An Integrated Solution to High-Speed Parallel Computing %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 330-339 %K supercomputer architecture, systolic arrays, %A Floyd Hansen %A Thomas Moher %A Nora Sabelli %A Ann Solem %T A Training Program for Scientific Supercomputing Users %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 342-349 %K training & education, supercomputing, training program, remote supercomputing center, secondary supercomputing center, computational scientists, supercomputing support environments, supercomputing application environment, user experience, %A C. Scheurich %A M. Dubois %Z USC, LA, CA %T The Design of a Lockup-Free Cache for High Performance Multiprocessors %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 352-359 %K architecture, %A Henry Dietz %A Chi-Hung Chi %T CRegs: A New Kind of Memory for Referencing Arrays and Pointers %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 360-367 %K architecture, cache, register, register-allocation, data-aliasing, compiler-optimization, C-reg, %A Jack B. Dennis %A Guang R. Gao %T An Efficient Pipelined Dataflow Processor Architecture %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 368-373 %K architecture, argument-fetch dataflow architecture, dataflow instruction scheduling unit (DISU), pipelined instruction processing unit (PIPU), %A Kei Hiraki %A Satoshi Sekiguchi %A Toshio Shimada %Z ETL %T Efficient Vector Processing on a Dataflow Supercomputer SIGMA-1 %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 374-381 %K architecture, 128 PEs, LNET, GNET, packet identifier (PID), %A Daniel V. Pryor %A Patrick J. Burns %T Vectorized Monte Carlo Molecular Aerodynamics Simulation of the Rayleigh Problem %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 384-391 %K algorithms, vectorization, parallel algorithm, coarse/fine grain, branching, sparse operation, scatter, gather, %A P. H. Schow %A G. A. Riccardi %T Adaptation of the ISODATA Clustering Algorithm for Vector Supercomputer Execution %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 392 %K algorithms, %X Paper not received at publication. %A B. Nassersharif %A J. S. Peery %A. M. D. DeHart %Z NucEng,, Texas A&M %T Highly Vectorized Algorithm for Transient Simulation of Space Reactor Systems %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 393-399 %K algorithms, CENTAR (Code for Extended Nonlinear Transient Analysis of Extraterrestrial Reactors), %A Christian H. Bischof %Z Cornell %T A Parallel QR Factorization Algorithm using Local Pivoting %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 400-407 %K algorithms, Householder transform, %A I. M. Navon %A P. K. H. Phua %A M. Ramamurthy %T Vectorization of Conjugate-Gradient Methods for Large-Scale Minimization %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 410-418 %K algorithms, %A David H. Bailey %A Helaman R. P. Ferguson %T A Strassen-Newton Algorithm for High-Speed Parallelizable Matrix Inversion %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 419-424 %K algorithms, %A PeiZong Lee %A Zvi M. Kedem %Z Courant, NYU %T On High-Speed Computing with a Programmable Linear Array %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 425-432 %K algorithms, parallel processing, programmable systolic array, VLSI, signal and image processing, algebraic computations, matrix arithmetic, pattern matching, database operations, sorting, and-transitive closure, nested loop algorithms, algorithm transformations, %A Norihiko Yoshida %Z Kyushu U. %T A Transformational Approach to the Derivation of Hardware Algorithms from Recurrence Equations %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 433-440 %K algorithms, fold/unfold, %A Ronald B. Griffin %A Janusz S. Kowalik %A Melvin R. Scott %Z Boeing CS %T Supercomputer Integration Program at Boeing %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 442-449 %K supercomputer center management, installation, environment, %A B. W. Davis %A R. G. Evans %A T. Daniels %A D. J. Rigby %Z SERC Rutherford %T The Joint Research Councils' Supercomputing Unit %J Proceedings Supercomputing'88 %I IEEE and ACM SIGARCH %C Orlando, FL %D November 1988 %P 450-455 %K supercomputer center management,