2. PARLE 1989: Eindhoven, The Netherlands - Volume 1

Invited Lectures

• Seif Haridi, Erik Hagersten:
  The Cache Coherence Protocol of the Data Diffusion Machine. 1-18
  
• William J. Dally, D. Scott Wills:
  Universal Mechanisms for Concurrency. 19-33
  

Submitted Presentations

• Daniel Litaize, Fatimazhra Elkhlifi, Omar Hammami, Mustapha Lalam, Abdelaziz Mzoughi, Pascal Sainrat, Jean-Claude Salinier:
  Serial Multiport Memory Multiprocessors. 34-51
  
• Pradip K. Chande, Ashwani K. Ramani, Pramod C. Sharma:
  Modeling and Analysis of Multiprocessor Systems with Priority and Multiple Recources Allocation to the Tasks. 52-69
  
• Rajiv Gupta, Michael Epstein:
  Achieving Low Cost Synchronization in a Multiprocessor System. 70-84
  
• Anton Gunzinger, S. Mathis, Walter Guggenbühl:
  The SYnchronous DAtaflow MAchine: Architecture and Performance. 85-99
  
• Dieter Wybranietz, Peter Buhler:
  The Lady Programming Environment For Distributed Operating Systems. 100-117
  
• Xiao-ping Ling, Hideharu Amano:
  A static scheduling system for a parallel machine (SM)²-II. 118-135
  
• Rita Loogen, Herbert Kuchen, Klaus Indermark, Werner Damm:
  Distributed Implementation of Programmed Graph Reduction. 136-157
  
• David Bolton, Chris Hankin, Paul H. J. Kelly:
  Parallel Object-Oriented Descriptions of Graph Reduction Machines (extended abstract). 158-175
  
• Alessandro Contessa, Eric Cousin, C. Coustet, M. Cubero-Castan, Guy Durrieu, Bernard Lécussan, Michel Lemaître, Paulino Ng:
  MaRS, a Combinator Graph Reduction Multiprocessor. 176-192
  
• Simon L. Peyton Jones, Chris D. Clack, Jon Salkild:
  High-Performance parallel graph reduction. 193-206
  
• David R. Lester:
  An Efficient Distributed Collection Algorithm. 207-223
  
• Christian Queinnec, Barbara Beaudoing, Jean-Pierre Queille:
  Mark DURING Sweep rather than Mark THEN Sweep. 224-237
  
• W. G. P. Mooij:
  Architecture of a Communication Network Processor. 238-250
  
• Paul Anderson, Paul H. J. Kelly, Phil Winterbottom:
  The Feasibility of a General-purpose Parallel Computing using WSI. 251-268
  
• Louis O. Hertzberger, Willem G. Vree:
  A Coarse Grain Parallel Architecture for Functional Languages. 269-285
  
• John Darlington, Peter G. Harrison, Hessam Khoshnevisan, Lee McLoughlin, Nigel Perry, Helen Pull, Mike Reeve, Keith Sephton, R. Lyndon While, Sue Wright:
  A Functional Programming Environment Supporting Execution, Partial Execution and Transformation. 286-305
  
• Kenji Toda, Yoshinobu Uchibori, Toshitsugu Yuba:
  The Gene Concept and its Implementation for a Dataflow Schemed Parallel Computer. 306-322
  
• Ali R. Hurson, Ben Lee, Behrooz Shirazi:
  Hybrid Structure: A Scheme for Handling Data Structures in a Data Flow Environment. 323-340
  
• Anders Gammelgaard:
  Implementation Conditions for Delay Insensitive Circuits. 341-355
  

Project 415 Presentations

• Wim Bronnenberg:
  POOL and DOOM: A survey of Esprit 415 subproject A, Philips Research Laboratories. 356-373
  
• E. Aposporidis, F. Lohnert:
  Multi-Level Simulation For VLSI On The Parallel Object-Oriented Machine. 374-384
  
• Geoffrey L. Burn:
  Overview of a Parallel Reduction Machine Project II. 385-396
  
• Björn Bergsten, Michel Couprie, Rubén González-Rubio, Brigitte Kerhervé, Mikal Ziane:
  A Parallel Database Accelerator. 397-412
  
• Pier Giorgio Bosco, C. Cecchi, Corrado Moiso:
  IDEAL & K-LEAF implementation: a progress report. 413-432
  
• Elvira Glück-Hiltrop, Matthias Ramlow, Ute Schürfeld:
  The Stollmann Data Flow Machine. 433-457
  
• Wolfgang Ertel, Franz J. Kurfess, Reinhold Letz, X. Pandolfi:
  PARTHEO: A Parallel Inference Machine. 458-476