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