An Hybrid Simulation Model to Support Decision Making in a Manufacturing Plant

The objective of the following paper is to determine a quantitative approach is generic enough and able to reproduce the logical steps for the construction of tools for decision support systems. The heart of the problem is the use of simulation techniques based on the concepts of System Dynamics. A further innovation is logged in the System Dynamics is to demonstrate how an efficient technique used in decision support systems, not only strategic, but also tactics. The paper will consist of five sections. First we will describe the main characteristics of the DSS and their role in decision-making. In the second section we focus will shift on the simulation, in particular, we highlight the differences between the various techniques and its role within the DSS . In the last few three sections it will be a case study, which will be exposed, as we were able to solve a problem using the System Dynamics. In particular, there will be an in-depth analysis of the problem. In the fourth will turn to an analysis of data and the description of the simulation model. Finally, in the fifth and final section, we discuss how the simulation was carried out and the results thereof, the latter will be analyzed and be put forward ideas for resolving the problem, the simulation will be performed again and will report the results of various scenarios.