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Students will learn the methodology for modeling dynamic systems, which will allow them to understand the behavior of complex systems. Knowledge will be checked by designing their own model for the selected problem. Last update: Vytlačil Dalibor (12.12.2020)
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Exam. The design of the model for solving certain problem. Last update: Vytlačil Dalibor (11.12.2020)
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Sterman, J. D., Business dynamics – System thinking and modeling for a complex world, McGraw-Hill, 2000, ISBN 0-07-231135-5. Morecroft, J., Strategic modelling and business dynamics, Wiley, 2007, ISBN 978-0-470-01286-4. Madachy, R. J., Software process dynamics, Wiley, 2008, ISBN 978-0-471-27455-1. Last update: Vytlačil Dalibor (11.12.2020)
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1. Motives for dynamic models design. Benefits and restrictions of computer simulation techniques for problem solving. 2. Description of causal loop diagrams in the system. Examples for concrete problems. 3. Distribution game. Data gathering. 4. Analysis of outputs and finding a solution. 5. Elements of system dynamics models. 6. Basic principles of model design. The computer simulation of a system behavior and policy making. 7. Dynamic behavior of systems in case of restricted resources. 8. Data analysis of calculated parameter values. 9. Examples of system dynamics models and the presentation of problem solving with the focus on sustainability. 10. The design of the dynamic model. The suitable model selection. 11. The model design consultation. The structure of the model. 12. The model design consultation. The results of the simulation. 13. The model design consultation. Validation. 14. Presentation of the finished model. Last update: Vytlačil Dalibor (11.12.2020)
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