Titlebook: Scientific Computing on Supercomputers III; Jozef T. Devreese,Piet E. Camp Book 1992 Springer Science+Business Media New York 1992 Transpu

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High Performance Numerically Intensive Applications on Distributed Memory Parallel Computers,mputers. Until recently most of these were serial in nature, that is they had a single processor and memory. Many efficient and accurate numerical methods have been developed for this type of computer, their performance and limitations being particularly well understood..It now seems likely that the

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Preconditioned Conjugate Gradients on the PUMA Architecture,el implementation of the PCGM is developed for the PUMA architecture. The PUMA architecture is a message passing multi-processor with fast point to point communication implemented in hardware. The method is then re-formulated to facilitate overlapping of communication and computation and a further t

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Parallel Discrete Event Simulation: Opportunities and Pitfalls, to all these domains is the complexity of the systems under investigation. In general, detailed models of real size designs are analytically intractable and numerically prohibitive to evaluate. Discrete event simulation is one possibility to gain insight in the behaviour and performance characteris

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Parallel Programming on Amoeba Using Efficient Distributed Shared Memory,). Currently, there is a trend to weaken the consistency of distributed shared memory. This allows for a good performance but complicates programming of applications. We have designed a new model for distributed shared memory that is efficient and consistent. Our approach is based on efficient low-l

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Book 1992UIA), Antwerpen, Belgium. It was the sixth in a series of workshops, the fIrst of which took place in 1984. The principal aim of these workshops is to present the state of the art in scientific large-scale and high speed-computation. Computational science has developed into a third methodology equal