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Simulation and Modeling

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Simulation is used to create models that represent real world systems and allow experimenting with different strategies without impacting the actual system. Models simplify real systems for analysis while maintaining key behaviors and results. Successful simulation models are easy to understand, represent the system accurately, produce fast results, and allow control and updating. Simulators are used when real experimentation is unsafe, too expensive, or when systems are still in development. Common uses of simulation include modeling systems in fields like military, education, healthcare, and engineering.

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SIMULATION AND MODELLING MEHMET SERHAT GLMEZ 030302055
What i s Simulat脹on? Simulation is; To create a model which can represent a system. To make experiment for understand behavior of system or evaluate different strategies. To observe events , processes either properties or behaviors about system with a model.
What is Model? Model is; An example of system for analyzing the system. It is not necessary for considering all details of system ,therefore model is not only helper of system but also it is simple type of original system. On the other hand, it must allow real system results with details. At the same time, it can be set different models of same system for different researches.
How can be Successful Simulation Model? Easy to understand , Target direction , Nearly real system , Produce results fast , Easy to control and operate , Updateable , Evolutionary , Effective Report .
Why Simulators are used? Safe, cheap, time saving, repeatable, interesting and high quality system When Simulators are used? If system is not available for making experiments. If the system is in during design phase. If the system or problem are complex. If system behavior is analyzed If computer is exists.
Steps of Simulation
Aims of Simulation To declare real life systems with mathematics. To try different decisions and options. To have idea about system.
Use Area of Simulation Military Systems Education Health Entertainment Architecture History Science and Mathematics.
Simulation Languages GPSS(III) GASP(4) DYNAMO SIMSCRIPT II.5 Q-GERT PROMODEL
Advantages of Simulation Good communication tool, Follow system behaviors, Provides to discuss about system, Optimization, Elastic, Easy to learn, More defensible, Test how and why some system phenomenon create, To understand what are the important variables for good performance and how the modeled system works.
Disadvantages of Simulation It depends on skills of model maker, Loss time and high cost, It does not give the best solution for system.
Examples of Simulation Flight Simulator
Cont. Patient Simulator Thomas Jefferson University in ABD, Patient simulator which name is Sam. It knows 100 types of medicine. Its heart can beat and it can breathe.
Cont. Dijipark Simmobil automobile Simulator Hardware Properties: Real Car Cabin Real Car Parts Touchable Control Panel Esthetic Design Sport Springy Seat
Cont. Dijipark Simmobil automobile Simulator Cont. Software Properties: Drive every environment opportunity Real car reaction Unlimited environment option 3D realistic environment for out of city and in of city
Cont. Car Simulation video
Cont. 3D Driving School Simulator 3D Driving instructor is a computer simulator, created to teach the beginners how to drive a car in 舒 big city. Program features: - Real life streets with detailed landscape - 6 training cars 11 districts + Practice track - Various traffic conditions - Virtual GPS-navigator - Traffic rules control system
Cont. 3D Driving School Simulator Environments
Cont. 3D Driving School Simulator Cars
Cont. 3D Driving School Simulator DEMO...
References http://www.3dinstructor.com http://www.donusumkonagi.net http://www.youtube.com http://www.emotek.com
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Simulation and Modeling

  • 1. SIMULATION AND MODELLING MEHMET SERHAT GLMEZ 030302055
  • 2. What i s Simulat脹on? Simulation is; To create a model which can represent a system. To make experiment for understand behavior of system or evaluate different strategies. To observe events , processes either properties or behaviors about system with a model.
  • 3. What is Model? Model is; An example of system for analyzing the system. It is not necessary for considering all details of system ,therefore model is not only helper of system but also it is simple type of original system. On the other hand, it must allow real system results with details. At the same time, it can be set different models of same system for different researches.
  • 4. How can be Successful Simulation Model? Easy to understand , Target direction , Nearly real system , Produce results fast , Easy to control and operate , Updateable , Evolutionary , Effective Report .
  • 5. Why Simulators are used? Safe, cheap, time saving, repeatable, interesting and high quality system When Simulators are used? If system is not available for making experiments. If the system is in during design phase. If the system or problem are complex. If system behavior is analyzed If computer is exists.
  • 7. Aims of Simulation To declare real life systems with mathematics. To try different decisions and options. To have idea about system.
  • 8. Use Area of Simulation Military Systems Education Health Entertainment Architecture History Science and Mathematics.
  • 9. Simulation Languages GPSS(III) GASP(4) DYNAMO SIMSCRIPT II.5 Q-GERT PROMODEL
  • 10. Advantages of Simulation Good communication tool, Follow system behaviors, Provides to discuss about system, Optimization, Elastic, Easy to learn, More defensible, Test how and why some system phenomenon create, To understand what are the important variables for good performance and how the modeled system works.
  • 11. Disadvantages of Simulation It depends on skills of model maker, Loss time and high cost, It does not give the best solution for system.
  • 12. Examples of Simulation Flight Simulator
  • 13. Cont. Patient Simulator Thomas Jefferson University in ABD, Patient simulator which name is Sam. It knows 100 types of medicine. Its heart can beat and it can breathe.
  • 14. Cont. Dijipark Simmobil automobile Simulator Hardware Properties: Real Car Cabin Real Car Parts Touchable Control Panel Esthetic Design Sport Springy Seat
  • 15. Cont. Dijipark Simmobil automobile Simulator Cont. Software Properties: Drive every environment opportunity Real car reaction Unlimited environment option 3D realistic environment for out of city and in of city
  • 17. Cont. 3D Driving School Simulator 3D Driving instructor is a computer simulator, created to teach the beginners how to drive a car in 舒 big city. Program features: - Real life streets with detailed landscape - 6 training cars 11 districts + Practice track - Various traffic conditions - Virtual GPS-navigator - Traffic rules control system
  • 18. Cont. 3D Driving School Simulator Environments
  • 19. Cont. 3D Driving School Simulator Cars
  • 20. Cont. 3D Driving School Simulator DEMO...
  • 21. References http://www.3dinstructor.com http://www.donusumkonagi.net http://www.youtube.com http://www.emotek.com