SC 1988: Orlando, FL, USA

• Vincent A. Guarna Jr., Dennis Gannon, Yogesh Gaur, David Jablonowski:
  FAULT: an environment for programming parallel scientific applications. 3-10
  
• Siamak Arya, Blaine Gaither:
  Parallel algorithm development workbench. 11-17
  
• Kenneth W. Neves:
  Growing discord: programming philosophy and hardware design. 18-26
  
• James T. Kuehn, Burton J. Smith:
  The horizon supercomputing system: architecture and software. 28-34
  
• Mark R. Thistle, Burton J. Smith:
  A processor architecture for horizon. 35-41
  
• Frank M. Pittelli, David Smitley:
  Analysis of a 3D toroidal network for a shared memory architecture. 42-46
  
• Raymond R. Glenn:
  Performance prediction for the horizon super computer. 48-50
  
• J. M. Daper:
  Compiling on horizon. 51-52
  
• Daniel J. Kopetzky:
  HORSE: a simulation of the horizon supercomputer. 53-54
  
• David A. Carlson, John M. Conroy:
  The fast fourier transform and sparse matrix computations: a study of two applications on teh HORIZON supercomputer. 55-58
  
• David E. Culler, G. K. Maa:
  Assessing the benefits of fine-grain parallelism in dataflow programs. 60-69
  
• Thomas L. Sterling, D. Scott Wills, Ellery Y. Chan:
  Tokenless static data flow using associative templates. 70-79
  
• Keki B. Irani, K. Q. Luc:
  Elimination of bottlenecks in dynamic dataflow processors. 80-87
  
• Lingtao Wang, Chuan-lin Wu:
  I-NET mechanism for issuing multiple instructions. 88-95
  
• David Callahan, Jack Dongarra, D. Levine:
  Vectorizing compilers: a test suite and results. 98-105
  
• R. N. Braswell, Malcolm S. Keech:
  An evaluation of vector Fortran 200 generated by Cyber 205 and ETA-10 pre-compilation tools. 106-113
  
• Mark D. Guzzi, Jay Hoeflinger, David A. Padua, Duncan H. Lawrie:
  Cedar Fortran and other Vector and parallel Fortran dialects. 114-121
  
• J. H. Tang, Edward S. Davidson, J. Tong:
  Polycyclic Vector scheduling vs. Chaining on 1-Port Vector supercomputers. 122
  
• James A. Sethian, J. B. Salem, A. F. Ghoniem:
  Interactive scientific visualization and parallel display techniques. 132-139
  
• J. D. Fowler, A. F. McGrowen:
  Design and implementation of a supercomputer frame buffer system. 140-147
  
• R. L. Philips:
  A scientific visualization workbench. 148-155
  
• William E. Johnston, Dennis E. Hall, J. Hang, M. Rible, David W. Robertson:
  Distributed scientific video movie making. 156-162
  
• M. Gikar, Constantine D. Polychronopoulos:
  Compiling issues for supercomputers. 164-173
  
• Yoshikazu Tanaka, Kyouko Iwasawa, Shizuo Gotou, Yukio Umetani:
  Compiling techniques for first-order liner recurrences on a Vector computer. 174-181
  
• Takao Tsuda, Yoshitoshi Kunieda:
  V-Pascal: an automatic vectorizing compiler for Pascal with no language extensions. 182-189
  
• Robert A. Whiteside, Jerrold Leichter:
  Using Linda for supercomputing on a local area network. 192-199
  
• S. Hatayama, M. Tsuchiya, Y. Shinkai, H. Morishige:
  Development of job-job step scheduler for NAL numerical simulator. 200-206
  
• Maya Gokhale, Todd C. Torgersen:
  The symbolic hyperplane transformation for recursively defined arrays. 207-214
  
• R. F. Bedoll:
  Mass storage support for supercomputing. 217-221
  
• William Collins, David L. Kitts, Marjorie Devaney:
  Profiles in mass storage: a tale of two systems. 222-228
  
• M. Ishiguro, M. Makino, N. Shinozawa:
  Vector and parallel processing of the nuclear reactor transient analysis code RELAPS. 230-236
  
• Christine Eisenbeis, William Jalby, Alain Lichnewsky:
  Squeezing more CPU performance out of a Cray-2 by Vector block scheduling. 237-246
  
• Nikhil Balram, C. Belo, José M. F. Moura:
  Parallel processing on supercomputers: a set of computional experiments. 247-257
  
• Y. Liu, Olin Johnson:
  Optimal scheduling policies for mixed scalar-vector multiprocessor supercomputers. 258-265
  
• Y. Inouye, S. Hatayama:
  FACOM 6443 magneto-optic disk sub-system. 266-271
  
• Mostafa A. Bassiouni, N. Ranganathan, Amar Mukherjee:
  A scheme for data compression in supercomputers. 272-278
  
• J. Richards, T. Kummell, D. G. Zarlengo:
  A mass storage system for supercomputers based on Unix. 279-286
  
• Margaret L. Simmons, Harvey J. Wasserman:
  Performance comparison of the Cray-2 and Cray X-MP/416 supercomputers. 288-295
  
• Christopher Eoyang, Raul Mendez, Olaf M. Lubeck:
  The birth of the second generation: the Hitachi S-820/80. 296-303
  
• Richard K. Sato, Paul N. Swarztrauber:
  Benchmarking the connection machine 2. 304-309
  
• Jack Worlton:
  Some patterns of technological change in high-performance computers. 312-320
  
• M. Chastain, G. Gostin, James E. Mankovich, Steven Wallach:
  The convex C240 architecture. 321-329
  
• Shekhar Borkar, Robert Cohn, George W. Cox, Sha Gleason, Thomas R. Gross:
  Warp: an integrated solution of high-speed parallel computing. 330-339
  
• Floyd B. Hanson, T. Moher, N. Sabelli, Ann Solem:
  A training program for scientific supercomputing users. 342-349
  
• Christoph Scheurich, Michel Dubois:
  The design of a lockup-free cache for high-performance multiprocessors. 352-359
  
• Henry G. Dietz, Chi-Hung Chi:
  CRegs: a new kind of memory for referencing arrays and pointers. 360-367
  
• Jack B. Dennis, Guang R. Gao:
  An efficient pipelined dataflow processor architecture. 368-373
  
• Kei Hiraki, Satoshi Sekiguchi, Toshio Shimada:
  Efficient vector processing on dataflow supercomputer SIGMA-1. 374-381
  
• Daniel V. Pryor, Patrick J. Burns:
  Vectorized Monte Carlo molecular aerodynamics simulation of the Reyleigh problem. 384-391
  
• B. Nassersharif, J. S. Peery, M. D. DeHart:
  Highly vectorized algorithm for transient simulation of space reactor systems. 393-399
  
• Christian H. Bischof:
  A parallel QR factorization algorithm using local pivoting. 400-499
  
• I. Michael Navon, Paul Kang-Hoh Phua, M. Ramamurthy:
  Vectorization of conjugate-gradient methods for large-scale minimization. 410-418
  
• David H. Bailey, H. R. P. Gerguson:
  A Strassen-Newton algorithm for high-speed parallelizable matrix inversion. 419-424
  
• PeiZong Lee, Zvi M. Kedem:
  On high-speed computing with a programmable linear array. 425-432
  
• N. Yoshida:
  A transformational approach to the derivation of hardware algorithms from recurrence equations. 433-440
  
• R. B. Griffin, Janusz S. Kowalik, M. R. Scott:
  Supercomputer integration program at Boeing. 442-449
  
• B. W. Davies, R. G. Evans, T. Daniels, D. J. Rigby:
  The joint research councils' supercomputing unit. 450
  

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