ICS 1988: Saint Malo, France

• Mark A. Holliday:
  Page table management in local/remote architectures. 1-8
  
• George E. Bier, Mary K. Vernon:
  Measurements and prediction of contention in multiprocessor operating systems with scientific application workloads. 9-15
  
• Norman S. Matloff, Stephen Kowel, Charles Eldering:
  Optimul: An optional interconnect for multiprocessor systems. 16-24
  
• Len Dekker, Edward E. E. Frietman:
  Optical link and processor clustering in the Delft parallel processor. 25-38
  
• Randall Bramley, Ahmed H. Sameh:
  A robust parallel solver for block tridiagonal systems. 39-54
  
• J. M. Normand:
  Percola: a special purpose programmable 64-bit floating-point processor. 55-65
  
• Anna Antola:
  Multiple-transform pipelines for image coding. 66-75
  
• Hayato Yamana, Toshikazu Marushima, Takashi Hagiwara, Yoichi Muraoka:
  System architecture of parallel processing system -Harry-. 76-89
  
• Marius V. A. Hâncu, Kenneth C. Smith:
  DVPP: a VLSI dynamic-graph ensemble machine. 90-100
  
• José G. Delgado-Frias, D. M. Green:
  BVE: a wafer-scale engine for differential equation computation. 101-107
  
• Thomas Ruppelt, Guido Wirtz:
  From mathematical specifications to parallel programs on a message-based system. 108-118
  
• Pradip Bose:
  Interactive program improvement via EAVE: an expert adviser for vectorization. 119-130
  
• Ziya Aral, Ilya Gertner:
  Parasight: a high-level debugger/profiler architecture for shared-memory multiprocessor. 131-139
  
• Ravi Mirchandaney, Joel H. Saltz, Roger M. Smith, David M. Nicol, Kay Crowley:
  Principles of runtime support for parallel processors. 140-152
  
• Bernd Bruegge, Thomas R. Gross:
  An integrated environment for development and execution of real-time programs. 153-163
  
• Hanan Potash, Steve L. Adams:
  The "Bussing Freeway" a technological breakthrough. 163-169
  
• Duc J. Vianney, James H. Thomas, Vicki Rabaza:
  The Gould NP1 system interconnecting. 170-178
  
• Falk-D. Kübler, Friedrich Lücking:
  Cluster oriented architecture for the mapping of parallel processor networks to high performance applications. 179-189
  
• John Sanguinetti:
  Micro-analysis of the titans's operating pipe. 190-196
  
• Hideo Wada, K. Ishil, Masakazu Fukagawa, H. Murayama, Shun Kawabe:
  High-speed processing schemes for summation type and iteration type vector instructions on Hitachi supercomputer S-820 system. 196-206
  
• Frances E. Allen, Michael G. Burke, Ron Cytron, Jeanne Ferrante, Wilson C. Hsieh:
  A framework for determining useful parallelism. 207-215
  
• Milind Girkar, Constantine D. Polychronopoulos:
  Partitioning programs for parallel execution. 216-229
  
• Augustus K. Uht:
  Requirements for optimal execution ofL oops with tests. 230-237
  
• Kyle Gallivan, William Jalby, Dennis Gannon:
  On the problem of optimizing data transfers for complex memory systems. 238-253
  
• P. Sadayappan, V. Visvanathan:
  Parallelization and performance evaluation of circuit simulation on a shared-memory multiprocessor. 254-265
  
• Wolfgang E. Nagel, Kurt Wingerath:
  Three-dimensional numerical simulations of the czochralski bulk flow on a CRAY X-MP multiprocessor architecture. 266-272
  
• François-Xavier Roux:
  Tests on parallel machines of a domain decomposition method for a composite three-dimensional structural analysis problem. 273-283
  
• T. E. Tezduyar, Roland Glowinski, J. Liou, Tung Nguyen, Steve Poole:
  Block-iterative finite element computations for incompressible flow problems. 284-294
  
• P. Andrich, Gurvan Madec:
  Performance evaluation for an ocean general circulation model: vectorization and multitasking. 295-303
  
• Keki B. Irani, Ahmed R. Naji:
  Performance study of a clustered shared-memory multiprocessor. 304-314
  
• Stephen W. Turner, Alexander V. Veidenbaum:
  Performance of a shared memory system for vector multiprocessors. 315-325
  
• Tam M. Nguyen, Vason P. Srini, Alvin M. Despain:
  A two-tier memory architecture for high-performance multiprocessor systems. 326-336
  
• James K. Archibald:
  A cache coherence approach for large multiprocessor systems. 337-345
  
• John A. Swensen, Yale N. Patt:
  Hierarchical registers for scientific computers. 346-354
  
• J. Peterson, E. Chow, H. Madan:
  A high-speed message-driven communication architecture. 355-366
  
• M. Luckas:
  Performance evaluation of a formally supercomputer-based Monte Carlo program on a T800 transputer network. 367-374
  
• C. C. Christara, Elias N. Houstis, John R. Rice:
  A parallel spline collocation-capacitance method for elliptic partial differential equations. 375-384
  
• Chung-Ta King, Wen-Hwa Chou, Lionel M. Ni:
  Pipelined data parallel algorithms - concept and modeling. 385-395
  
• Alain Lichnewsky, François Thomasset:
  Introducing symbolic problem solving techniques in the dependence testing phases of a vectorizer. 396-406
  
• Thomas Brandes:
  The importance of direct dependences for automatic parallelization. 407-417
  
• David R. Wallace:
  Dependence of multi-dimensional array references. 418-428
  
• Paul Feautrier:
  Array expansion. 429-441
  
• James R. Goodman, Wei-Chung Hsu:
  Code scheduling and register allocation in large basic blocks. 442-452
  
• Christine Eisenbeis:
  Optimization of horizontal microcode generation for loop structures. 453-465
  
• Claire Hanen:
  Optimizing horizontal microprograms for vectorial loops with timed petri nets. 466-477
  
• Giuseppe Radicati di Brozolo, Yves Robert:
  Parallel and vector conjugate gradient-like algorithms for sparse nonsymmetric linear systems. 478-487
  
• Efstratios Gallopoulos, D. Lee:
  Boundary integral domain decomposition of hierarchical memory multiprocessors. 488-499
  
• Yousef Saad, Harry A. G. Wijshoff:
  A benchmark package for sparse matrix computations. 500-509
  
• J. H. Tang, Edward S. Davidson:
  An evaluation of Cray X-MP performance on vectorizable Livermore FORTRAN kernels. 510-518
  
• Donald A. Calahan:
  Performance evaluation of static and dynamic memory systems on the Cray-2. 519-524
  
• Gordon Bell:
  Future high performance computers. 525-526
  
• Luddy Harrison, David A. Padua:
  Parcel: project for the automatic restructuring and concurrent evaluation of LISP. 527-538
  
• Yasusi Kanada, Keiji Kojima, Masahiro Sugaya:
  Vectorization techniques for prolog. 539-549
  
• Hong Xia, Wolfgang K. Giloi:
  A hybrid scheme for detecting AND-parallelism in prolog programs. 550-559
  
• Keshav Pingali:
  Lazy evaluation and the logic variable. 560-572
  
• V. Prasad Krothapalli, P. Sadayappan:
  An approach to synchronization for parallel computing. 573-581
  
• Jeanne Ferrante, Mary Mace, Barbara Simons:
  Generating sequential code from parallel code. 582-592
  
• Peiyi Tang, Pen-Chung Yew, Chuan-Qi Zhu:
  Impact of self-scheduling order on performance on multiprocessor systems. 593-603
  
• Stephen Nelson:
  Using silicon and gallium arsenide technologies for new supercomputer design. 604-610
  
• André Seznec, Yvon Jégou:
  Towards a large number of pipeline processors in a tightly coupled multiprocessor using no cache. 611-620
  
• Boleslaw K. Szymanski:
  A simple solution to Lamport's concurrent programming problem with linear wait. 621-626
  
• Vivek Sarkar:
  Synchronization using counting semaphores. 627-637
  
• Basile Louka, Maurice Tchuente:
  Givens elimination on systolic arrays. 638-647
  
• Stavros A. Zenios, Robert Lasken:
  The connection machines CM-1 and CM-2: solving nonlinear network problems. 648-658
  
• Hubert C. Delany:
  Ray tracing on a connection machine. 659-667
  
• H. T. Kung:
  Warp experience: we can map computations onto a parallel computer efficiently. 668-675
  
• Diem Ho, Françoise Chatelin:
  Arnoldi-Tchebychev for large scale matrices and its vectorization. 676-679
  

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