Among massively parallel systems, Reconfigurable Processor Array (RPA) [1] is one of the computation models that better support parallel algorithms in the areas of numerical analysis[2], graph analysis[3], vision and ...
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The proceedings contain 53 papers. The special focus in this conference is on parallel Scientific Computing. The topics include: Computational fluid dynamics on workstation clusters in industrial environments;PVM impl...
ISBN:
(纸本)9783540587125
The proceedings contain 53 papers. The special focus in this conference is on parallel Scientific Computing. The topics include: Computational fluid dynamics on workstation clusters in industrial environments;PVM implementations of advection-chemistry modules of air pollution models;a parallel tree N-body code for heterogeneous clusters;parallel computation of the eigenstructure of toeplitz-plus-hankel matrices on multleomputers;computing eigenvalues of sparse matrices on the connection machine;preliminary experiences with extrapolation methods for parallel solution of differential algebraic equations;a transform approach to fast matrix multiplication;quantum mechanical treatment of reactive scattering problems;load-balancing procedure for distributed short- range molecular dynamics;paralleldistributed 2-D short-range molecular dynamics on networked workstations;implementation of parallel lattice gas program on workstations under PVM;constructing numerical software libraries for high-performance computing environments;the CERFACS experience;towards an automatic portation of programs from nCUBE2 to KSR1;a new algorithm for the traveling salesman problem on networked workstations;nonlinear finite element problems on parallel computers;the challenge of portable libraries for high performance machines;two enhancements in a partitioned sparse code;nonlinear dynamics in biochemical control systems;scientific software libraries for scalable architectures;parallel interval methods for perturbed linear systems;limiting factors in high performance computing;programming the convex exemplar series SPP system;parallelization of HIRLAM on MIMD platforms;simulation of fluid dynamical flow problems;real time simulation in a cluster computing environment and parallel computations in molecular dynamics.
This paper studies the interaction between the access protocol used to provide arbitration for a wavelengthdivision multiple access photonic network and the cache coherence protocol required to support a distributed s...
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This paper presents a scalable electro-optical interconnection network architecture which is suitable for tightly coupled multiprocessors. The architecture is called a Partitioned Optical Passive Star (POPS). It is a ...
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Responsive systems are fault-tolerant, real-time systems in parallel and distributed environments. Recently, several approaches to responsive system design have been developed. By incorporating key concepts in these a...
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Responsive systems are fault-tolerant, real-time systems in parallel and distributed environments. Recently, several approaches to responsive system design have been developed. By incorporating key concepts in these approaches to communication protocols, responsive protocols are defined as protocols that can revert to a normal state in bounded time, even when they enter abnormal states due to faults. Fundamentally, communication protocols can be made responsive by adding timely checkpointing and rollback recovery to them. In this paper, we discuss fault-tolerant, real-time performance (called responsiveness) of such protocols and propose an algorithm to compute responsiveness of protocols whose reachability graphs form acyclic directed graphs. Finally, we also present several simulation results to analyze dynamic behaviors of such protocols.
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