Scientific Programming, Volume 3

Volume 3, Number 1, 1994

• Stefan Gerber, Helmar Burkhart:
  Number-Crunching Software and the Input Problem: Guidelines and a Case Study. 1-11
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• Amir Averbuch, Eran Gabber, Samuel Itzikowitz, Barack Shoham:
  On the Parallel Elliptic Single/Multigrid Solutions about Aligned and Nonaligned Bodies Using the Virtual Machine for Multiprocessors. 13-32
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• Gita Alaghband, Harry F. Jordan:
  Overview of the Force Scientific Parallel Language. 33-47
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• Adam Beguelin, Jack Dongarra, George Al Geist, Robert Manchek, Keith Moore:
  HeNCE: A Heterogeneous Network Computing Environment. 49-60
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• Timothy G. Mattson:
  The Efficiency of Linda for General Purpose Scientific Programming. 61-71
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• Ravi Ponnusamy, Nashat Mansour, Alok N. Choudhary, Geoffrey Charles Fox:
  Graph Contraction for Mapping Data on Parallel Computers: A Quality-Cost Tradeoff. 73-82
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• William George, Ralph G. Brickner, S. Lennart Johnsson:
  POLYSHIFT Communications Software for the Connection Machine System CM-200. 83-99
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Volume 3, Number 2, 1994

• Michael W. Berry, Jack Dongarra, Brian H. Larose, Todd A. Letsche:
  PDS: A Performance Database Server. 147-156
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• Willi Schönauer, Hartmut Häfner:
  Explaining the Gap between Theoretical Peak Performance and Real Performance for Supercomputer Architectures. 157-168
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Volume 3, Number 3, 1994

• Matthew Rosing, Robert B. Schnabel:
  Flexible Language Constructs for Large Parallel Programs. 169-186
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• Allan Knies, Matthew O'Keefe, Tom MacDonald:
  High Performance Fortran: A Practical Analysis. 187-199
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• Can C. Özturan, Balaram Sinharoy, Boleslaw K. Szymanski:
  Compiler Technology for Parallel Scientific Computation. 201-225
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• Douglas M. Pase, Tom MacDonald, Andrew Meltzer:
  The CRAFT Fortran Programming Model. 227-253
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• Michael Hind, Michael G. Burke, Paul R. Carini, Samuel P. Midkiff:
  An Empirical Study of Precise Interprocedural Array Analysis. 255-271
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Volume 3, Number 4, 1994

• Min-You Wu, Wolfgang Schröder-Preikschat:
  Operating System Support for Massively Parallel Computer Architectures: An Introduction. 273-274
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• Stephen R. Wheat, Arthur B. Maccabe, Rolf Riesen, David W. van Dresser, T. Mack Stallcup:
  PUMA: An Operating System for Massively Parallel Systems. 275-288
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• Henning Schmidt:
  Using Naming Strategies to Make Massively Parallel Systems Work. 289-300
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• David R. Kohr Jr., Xingbin Zhang, Mustafizur Rahman, Daniel A. Reed:
  The Performance of an Object-Oriented, Parallel Operating System. 301-324
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• Steve J. Chapin, Eugene H. Spafford:
  Support for Implementing Scheduling Algorithms Using MESSIAHS. 325-340
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• Wei Shu:
  Adaptive Dynamic Process Scheduling on Distributed Memory Parallel Computers. 341-352
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• Craig A. Morgenstern:
  Methods for Precise Submesh Allocation. 353-364
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