Titlebook: Software for Parallel Computation; Janusz S. Kowalik,Lucio Grandinetti Conference proceedings 1993 Springer-Verlag Berlin Heidelberg 1993

决定性

Software Issues for the PASM Parallel Processing Systemine can switch between the SIMD and MIMD modes of parallelism at instruction level granularity. These systems allow software developers to tailor the system size and mode of parallelism to best match the problem. This chapter explores software issues related to one such system, the PASM parallel pro

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Are Object Oriented Programming Methods Suitable for Numerical Computing on Parallel Machines?plied extensively in many applications domains, and almost not at all in others..This paper is dedicated to the evaluation of object oriented methods for implementing numerical applications on massively parallel machines. We will lay out what we believe to be the major issues that have been addresse

先兆

Parallel Relational Data Base Management System Design Aspectssign space. Our own parallel RDBMS prototype is briefly described; it is currently in the final stages of implementation on transputer hardware using (logically) a hard disk per transputer. A prototyping tool which simulates the performance attainable by such a system is presented.

Spongy-Bone

Graphical Support for Parallel Debuggingerize program execution in a useful or meaningful way. Graphical representations, which are capable of conveying large quantities of information along several semantic dimensions, offer the most promising direction for describing parallel execution. This presentation outlines the problems in visuali

Dysarthria

PVM and HeNCE: Tools for Heterogeneous Network Computingcation, and synchronization of processes over a network of heterogeneous machines. While PVM provides the low level tools for implementing parallel programs, HeNCE provides the programmer with a higher level abstraction for specifying parallelism.

STALE

Distributed Shared Memory: Principles and Implementationres allow the explicit process synchronization, while virtual channels facilitate the programmer’s task, by providing an abstract view of process communication, regardless of the particular network topology.

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The Bird-Meertens Formalism as a Parallel Model be implemented efficiently across a wide range of architecture families; and it can be equipped with a realistic cost calculus, so that trade-offs in software design can be explored before implementation. It makes an ideal model of parallel computation.