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A framework for highly reusable simulation modeling: separating physical, information, and control elements

David B. Pratt, Phillip A. Farrington, Chuda Basnet, Hemant C. Bhuskute, Manjunath Kamath, Joe H. Mize

Open publisher page 5 citations

Abstract

This paper presents a conceptual framework for simulation modeling which emphasizes model reusability. Reusability is achieved through the provision of separate modeling constructs for physical, information, and control/decision elements of a system. These constructs contribute to a modular environment in which the modeling elements, once created, can be stored in a modeling database and retrieved. While this framework can be implemented within traditional simulation modeling environments, an object oriented modeling environment appears to offer a potentially superior approach.>

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What this paper is about

This paper presents a conceptual framework for simulation modeling which emphasizes model reusability. Reusability is achieved through the provision of separate modeling constructs for physical, information, and control/decision elements of a system. These constructs contribute to a modular environment in which the modeling elements, once created, can be stored in a modeling database and retrieved. While this framework can be implemented within traditional simulation modeling environments, an object oriented modeling environment appears to offer a potentially superior approach.>

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OpenAlex reports 5 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents a conceptual framework for simulation modeling which emphasizes model reusability. Reusability is achieved through the provision of separate modeling constructs for physical, information, and control/decision elements of a system. These constructs contribute to a modular environment in which the modeling elements, once created, can be stored in a modeling database and retrieved. While this framework can be implemented within traditional simulation modeling environments, an object oriented modeling environment appears to offer a potentially superior approach.>

Key concepts: Reusability, Computer science, Modular design, Modeling and simulation, Conceptual model, Software engineering, Modeling language, Data modeling

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