Framework of lectures:
1. Introduction to systems theory and system thinking.
2. Economic-mathematical modeling, classification of models.
3. Input-Output analysis - fundament, structural models.
4. Software support of the input-output analysis models. EMA.PM.
5. Cost-product model, production model and financial model in EMA.PM.
6. Other available softwares.
7. Methodology of soft systems, approaches to modeling.
8. The fundament of system dynamics.
9. Phases of model building using system dynamics.
10. Software support of system dynamics. Introduction to Powersim SW.
11. Software support of simulation models - other available softwares - characteristics, differences.
12. Simulation models - creation and testing.
13. Logistic processes and possibilities of their simulation.
14. Other application areas of simulations.
1. Introduction to systems theory and system thinking.
2. Economic-mathematical modeling, classification of models.
3. Input-Output analysis - fundament, structural models.
4. Software support of the input-output analysis models. EMA.PM.
5. Cost-product model, production model and financial model in EMA.PM.
6. Other available softwares.
7. Methodology of soft systems, approaches to modeling.
8. The fundament of system dynamics.
9. Phases of model building using system dynamics.
10. Software support of system dynamics. Introduction to Powersim SW.
11. Software support of simulation models - other available softwares - characteristics, differences.
12. Simulation models - creation and testing.
13. Logistic processes and possibilities of their simulation.
14. Other application areas of simulations.