Autor/Autorin: Hekimoglu Mustafa
Mustafa Hekimoglu obtained his B.S degree industrial engineering from Dokuz Eylul University, Izmir. In 2007 he joined Industrial Engineering Department at Bogazici University, Istanbul for his masters. He received his degree in 2010 and started his PhD in 2011 at Erasmus University, Rotterdam. Currently, he is a PhD candidate at this university.
Parameters of simulation models are always subject to uncertainty. In order to reach strong conclusions and solid arguments through simulation, a model should be tested against changes in the parameter values. The sensitivity analysis method should be appropriate for the purpose of the simulation model. System dynamics is a behavior-oriented simulation methodology that aims to explain long-run behavior of the system with feedback loops in its structure. Therefore, in the sensitivity analysis of system dynamics models, sensitivity of the model behavior to the parameter uncertainty should be tested. In this book, Behavior Pattern Sensitivity Analysis, as a simple approach for sensitivity of system dynamics models, is presented. Application of this method to different simulation models are discussed in order to guide the reader through important steps of analysis procedure.
Mustafa Hekimo lu obtained his B.S degree industrial engineering from Dokuz Eylul University, Izmir. In 2007 he joined Industrial Engineering Department at Bogazici University, Istanbul for his masters. He received his degree in 2010 and started his PhD in 2011 at Erasmus University, Rotterdam. Currently, he is a PhD candidate at this university.
Über den Autor
Mustafa Hekimölu obtained his B.S degree industrial engineering from Dokuz Eylul University, Izmir. In 2007 he joined Industrial Engineering Department at Bogazici University, Istanbul for his masters. He received his degree in 2010 and started his PhD in 2011 at Erasmus University, Rotterdam. Currently, he is a PhD candidate at this university.
Klappentext
Parameters of simulation models are always subject to uncertainty. In order to reach strong conclusions and solid arguments through simulation, a model should be tested against changes in the parameter values. The sensitivity analysis method should be appropriate for the purpose of the simulation model. System dynamics is a behavior-oriented simulation methodology that aims to explain long-run behavior of the system with feedback loops in its structure. Therefore, in the sensitivity analysis of system dynamics models, sensitivity of the model behavior to the parameter uncertainty should be tested. In this book, Behavior Pattern Sensitivity Analysis, as a simple approach for sensitivity of system dynamics models, is presented. Application of this method to different simulation models are discussed in order to guide the reader through important steps of analysis procedure.
