Abstract is missing.
- Grand Challenges und Supercomputer - Beispiele großer Herausforderungen für Gesellschaft, Technik und WissenschaftWolfgang Gentzsch. 1-20
- Numerische Simulation in der MikroelektronikAlbert Gilg. 21-31
- The Human Genome and High Performance Computing in Molecular BiologyChris Sander, Reinhard Schneider, Pieter F. W. Stouten. 32-48
- Paralleles Supercomputing, Perspektiven für die 90er JahreWolfgang Kroj. 49-64
- An Overview of the Hitachi S-3800 Series SupercomputerKouichi Ishii, Hitoshi Abe, Shun Kawabe, Michihiro Hirai. 65-81
- Paragon XP/S - The Road to TeraFLOPSThomas Bemmerl. 82-86
- An Overview of the Connection Machine Model CM-5Guy L. Steele Jr.. 87-103
- Kendall Square Research Introduction to the KSR1James B. Rothnie. 104-114
- Parallel/Distributed Computing on Clusters of High Performance Risc WorkstationsPiero Sguazzero, R. Di Antonio. 115-121
- Experience with Massive Parallelism for CFD Applications at NASA Ames Research CenterHorst D. Simon. 122-136
- Parallelrechner für kommerzielle AnwendungenHendrik O. Schlenz. 137-146
- The CAMPUS:::TM::: Two-Tier Architecture for Massively Parallel ProcessingJohn Scanlon. 147-157
- The CONVEX Application Compiler - A Major Step into the Direction of Automatic ParallelizationFrank Baetke, Bob Metzger, Presley Smith. 158-172
- Performance Considerations of Applications on Second Generation Parallel ComputersFalk Langhammer. 173-192
- A Vision of a Teraflop Supercomputing SystemPaul Garrett. 193-197
- The Implementation of the U.S. High Performance Computing and Communications ProgramChristian H. Bischof, Horst D. Simon. 198-212
- Report of the EEC Working Group on High-Performance ComputingCarlo Rubbia. 213-232
- Die europäische HPC-InitiativeHans-Martin Wacker. 233-239
- PositionspapiereFalk-D. Kübler. 240-242
- PositionspapiereBernd Reuse. 243-244