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Critical Issues in the development of component-based discrete simulation

Research output: Working paper

Published

Standard

Critical Issues in the development of component-based discrete simulation. / Oses, N; Brooks, R J; Pidd, M.
Lancaster University: The Department of Management Science, 2003. (Management Science Working Paper Series).

Research output: Working paper

Harvard

Oses, N, Brooks, RJ & Pidd, M 2003 'Critical Issues in the development of component-based discrete simulation' Management Science Working Paper Series, The Department of Management Science, Lancaster University.

APA

Oses, N., Brooks, R. J., & Pidd, M. (2003). Critical Issues in the development of component-based discrete simulation. (Management Science Working Paper Series). The Department of Management Science.

Vancouver

Oses N, Brooks RJ, Pidd M. Critical Issues in the development of component-based discrete simulation. Lancaster University: The Department of Management Science. 2003. (Management Science Working Paper Series).

Author

Oses, N ; Brooks, R J ; Pidd, M. / Critical Issues in the development of component-based discrete simulation. Lancaster University : The Department of Management Science, 2003. (Management Science Working Paper Series).

Bibtex

@techreport{4b4ce6a181124852b20293c6d3d5bee8,
title = "Critical Issues in the development of component-based discrete simulation",
abstract = "The development of computer simulation methods has proceeded in parallel with those in other areas of computing. Thus, interest in component-based approaches is evident both in general software engineering and in computer simulation, with advocates arguing that component-based approaches are far superior to more conventional ways of developing software and applications. Potential benefits are reduced cost and development time arising from reuse of components, as well as easier model adaptation due to the features of extensibility and evolvability. If these are to be realised, then organisations must develop ways to ensure that costs and benefits are shared and should ensure that suitable libraries and component distribution frameworks are available. In a simulation context it is also crucial to ensure that the issue of model credibility and validity is addressed even if the components are thought valid.",
keywords = "Components, simulation, software architectures, modular programming",
author = "N Oses and Brooks, {R J} and M Pidd",
year = "2003",
language = "English",
series = "Management Science Working Paper Series",
publisher = "The Department of Management Science",
type = "WorkingPaper",
institution = "The Department of Management Science",

}

RIS

TY - UNPB

T1 - Critical Issues in the development of component-based discrete simulation

AU - Oses, N

AU - Brooks, R J

AU - Pidd, M

PY - 2003

Y1 - 2003

N2 - The development of computer simulation methods has proceeded in parallel with those in other areas of computing. Thus, interest in component-based approaches is evident both in general software engineering and in computer simulation, with advocates arguing that component-based approaches are far superior to more conventional ways of developing software and applications. Potential benefits are reduced cost and development time arising from reuse of components, as well as easier model adaptation due to the features of extensibility and evolvability. If these are to be realised, then organisations must develop ways to ensure that costs and benefits are shared and should ensure that suitable libraries and component distribution frameworks are available. In a simulation context it is also crucial to ensure that the issue of model credibility and validity is addressed even if the components are thought valid.

AB - The development of computer simulation methods has proceeded in parallel with those in other areas of computing. Thus, interest in component-based approaches is evident both in general software engineering and in computer simulation, with advocates arguing that component-based approaches are far superior to more conventional ways of developing software and applications. Potential benefits are reduced cost and development time arising from reuse of components, as well as easier model adaptation due to the features of extensibility and evolvability. If these are to be realised, then organisations must develop ways to ensure that costs and benefits are shared and should ensure that suitable libraries and component distribution frameworks are available. In a simulation context it is also crucial to ensure that the issue of model credibility and validity is addressed even if the components are thought valid.

KW - Components

KW - simulation

KW - software architectures

KW - modular programming

M3 - Working paper

T3 - Management Science Working Paper Series

BT - Critical Issues in the development of component-based discrete simulation

PB - The Department of Management Science

CY - Lancaster University

ER -