SCI 1999

@proceedings{DBLP:conf/sci/1999,
  editor    = {Hermann Hellwagner and
               Alexander Reinefeld},
  title     = {SCI: Scalable Coherent Interface, Architecture and Software for
               High-Performance Compute Clusters},
  booktitle = {Scalable Coherent Interface},
  publisher = {Springer},
  series    = {Lecture Notes in Computer Science},
  volume    = {1734},
  year      = {1999},
  isbn      = {3-540-66696-6},
  bibsource = {DBLP, http://dblp.uni-trier.de}
}

Part I. SCI and Competitive Interconnects for Cluster Computing

• Hermann Hellwagner:
  The SCI Standard and Applications of SCI. 3-37
  
• Christian Kurmann, Thomas Stricker:
  A Comparison of Three Gigabit Technologies: SCI, Myrinet and SGI/Cray T3D. 39-68
  

Part II: SCI Hardware

• Marius Christian Liaaen, Hugo Kohmann:
  Dolphin SCI Adapter Cards. 71-87
  
• Georg Acher, Wolfgang Karl, Markus Leberecht:
  The TUM/SCI Adapter. 89-101
  

Part III: Interconnection Networks with SCI

• Andreas C. Döring, Wolfgang Obelöer, Gunther Lustig, Erik Maehle:
  Low-Level SCI Protocols and Their Application to Flexible Switches. 105-123
  
• Harald Richter, Richard Kleber, Matthias Ohlenroth:
  SCI Rings, Switches, and Networks for Data Acquisition Systems. 125-149
  
• Geir Horn:
  Scalability of SCI Ringlets. 151-166
  
• Hakon O. Bugge, Knut Omang:
  Affordable Scalability Using Multi-Cubes. 167-175
  

Part IV. Device Driver Software and Low-Level APIs

• Roger Butenuth, Hans-Ulrich Heiss:
  Interfacing SCI Device Drivers to LINUX. 179-190
  
• Volker Lindenstruth, David B. Gustavson:
  SCI Physical Layer API. 191-208
  

Part V. Message Passing Libraries

• Hermann Hellwagner, Josef Weidendorfer:
  SCI Sockets Library. 209-229
  
• Hüseyin Taskin, Roger Butenuth:
  TCP/IP over SCI under LINUX. 231-237
  
• Markus Fischer, Alexander Reinefeld:
  PVM for SCI Clusters. 239-248
  
• Lars Paul Huse, Knut Omang, Hakon O. Bugge, H. Ry, A. T. Haugsdal, E. Rustad:
  ScaMPI-Design and Implementation. 249-261
  

Part VI. Shared Memory Programming Models and Runtime Mechanisms

• Maximilian Ibel, Michael Schmitt, Klaus E. Schauser, Anurag Acharya:
  Shared Memory vs Message Passing on SCI: A Case Study Using Split-C. 267-280
  
• Marcus Dormanns, Karsten Scholtyssik, Thomas Bemmerl:
  A Shared Memory Programming Interface for SCI Clusters. 281-290
  
• Martin Schulz:
  True Shared Memory Programming on SCI-Based Clusters. 291-311
  
• Povl T. Koch, Jorgen S. Hansen, Emmanuel Cecchet, Xavier Rousset de Pina:
  Implementing a File System Interface to SCI. 313-331
  
• Thierry Priol, Christophe René, Guillaume Alléon:
  Programming SCI Clusters Using Parallel CORBA. 333-348
  
• Markus Leberecht:
  The MuSE Runtime System for SCI Clusters: A Flexible Combination of On-Stack Execution and Work Stealing. 349-364
  

Part VII: Benchmark Results and Application Experiences

• Jens Simon, Alexander Reinefeld, Oliver Heinz:
  Large-Scale SCI Clusters in Practice: Architecture and Performance. 367-381
  
• Marcus Dormanns:
  Shared Memory Parallelization of the GROMOS96 Molecular Dynamics Code. 383-396
  
• A. Belias, Andreas Johannes Bogaerts, D. Botteril, J. Dawson, Ervin Denes, Francesco Giacomini, Reiner Hauser, Christian Hörtnagl, R. Hughes-Jones, S. Kolya, D. Mercer, R. Middleton, J. Schlereth, Per Werner, F. Wickens:
  SCI Prototyping for the Second Level Trigger System of the ATLAS Experiment. 397-414
  

Part VIII. Tools for SCI Clusters

• Wolfgang Karl, Markus Leberecht, Michael Oberhuber:
  SCI Monitoring Hardware and Software: Supporting Performance Evaluation and Debugging. 417-432
  
• Matthias Maier-Stahel, Roger Butenuth, Hans-Ulrich Heiss:
  Monitoring SCI Clusters. 433-441
  
• Matthias Brune, Axel Keller, Alexander Reinefeld:
  Multi-User System Management on SCI Clusters. 443-461
  

Part IX. Perspectives

• David B. Gustavson:
  Industrial Takeup od SCI and Future Developments. 465-480
  

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