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An object model for simulation of manufacturing systems

G. Ramzi, Badreldein Mohamed, H. Georges

Open publisher page 3 citations

Abstract

Simulation imposes itself in the field of support and decision making for the analysis, design and exploitation of manufacturing systems. The main properties expected in the simulation tools are reusability, abstraction and hierarchy. However, the actual simulation approaches do not offer all these features especially the reusability, except those which are based on the object model. In this paper we present an object oriented approach allowing the modelling and simulation of manufacturing systems. This approach uses a particular object model and a new analysis approach.

About this research paper

What this paper is about

Simulation imposes itself in the field of support and decision making for the analysis, design and exploitation of manufacturing systems. The main properties expected in the simulation tools are reusability, abstraction and hierarchy. However, the actual simulation approaches do not offer all these features especially the reusability, except those which are based on the object model. In this paper we present an object oriented approach allowing the modelling and simulation of manufacturing systems. This approach uses a particular object model and a new analysis approach.

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OpenAlex reports 3 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Simulation imposes itself in the field of support and decision making for the analysis, design and exploitation of manufacturing systems. The main properties expected in the simulation tools are reusability, abstraction and hierarchy. However, the actual simulation approaches do not offer all these features especially the reusability, except those which are based on the object model. In this paper we present an object oriented approach allowing the modelling and simulation of manufacturing systems. This approach uses a particular object model and a new analysis approach.

Key concepts: Reusability, Computer science, Abstraction, Object model, Hierarchy, Object (grammar), Object-oriented programming, Field (mathematics)

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