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The Architectural Performance Modelling Method is presented as a criteria for selecting the organisation of a parallel program based on estimating its probable performance. An Architectural Performance Model is based on selecting from the Architectural Patterns for Parallel Programming (descriptions of coodinations commonly used in Parallel Programming), a component simulator (representing a simulation of a processing component's behaviour), and a performance analysis of parallel applications (in which the information on system performance is examined). Parallel programs simulated using the…mehr

Produktbeschreibung
The Architectural Performance Modelling Method is
presented as a criteria for selecting the
organisation of a parallel program based on
estimating its probable performance. An Architectural
Performance Model is based on selecting from the
Architectural Patterns for Parallel Programming
(descriptions of coodinations commonly used in
Parallel Programming), a component simulator
(representing a simulation of a processing
component's behaviour), and a performance analysis of
parallel applications (in which the information on
system performance is examined). Parallel programs
simulated using the Architectural Performance
Modelling Method range from a complete parallel
program to a partially implemented program design.
The simulation of parallel systems, using the
information about the problem to be solved, the
available resources, and architectural patterns
describing overall coordinations of the parallel
programs, makes it possible to identify the best
performing architectural solution for the system
being built.
Autorenporträt
Jorge Luis Ortega-Arjona is a full time lecturer at the
Department of Mathematics, Faculty of Sciences, UNAM. He received
a B.Sc. degree in Electronic Engineering as well as his M.Sc.
degree in Computer Science at UNAM, and obtained his Ph.D. degree
at the University College London,UK.