Øyvind Kvålsvoll@kvalsvoll
607 Posts
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Quote from Øyvind Kvålsvoll on 23/11/2023, 07:25
Working on retrieval of the main document of my thesis, which describes what Modeling and Simulation means. When successful, which it will be, I will then post the document on my web site, and do some relevant excerpts.
The OEV project, my major thesis, on modeling, simulation and control:
https://www.kvalsvoll.com/Papers/OEV/oevr%2013.pdf
This is sooo nice. This document presents Modeling and Simulation, with theoretical foundations and practical use.
Norwegian language only, but you still get a fairly good idea on what this is, by looking at the pictures and reading the math.
Working on retrieval of the main document of my thesis, which describes what Modeling and Simulation means. When successful, which it will be, I will then post the document on my web site, and do some relevant excerpts.
The OEV project, my major thesis, on modeling, simulation and control:
https://www.kvalsvoll.com/Papers/OEV/oevr%2013.pdf
This is sooo nice. This document presents Modeling and Simulation, with theoretical foundations and practical use.
Norwegian language only, but you still get a fairly good idea on what this is, by looking at the pictures and reading the math.
Øyvind Kvålsvoll@kvalsvoll
607 PostsTopic Author
AdminCompany InsiderModerator
Quote from Øyvind Kvålsvoll on 26/11/2023, 04:22
Modeling is to find a mathematical representation of a system, which can then be Simulated.
Purpose
To see how things actually works, to learn about a specific system. Can be used as part of a control algorithm. Can be used to predict future outcome, and learn how changes to the system can change this future.
What can be modeled and simulated?
We usually think of dynamic systems representing something physical, a car, a rocket, a machine. Then all processes and systems that changes dynamically can also be modeled, using the same principles of system theory. Such as socio-economic systems, economics, biological systems, politics.
Modeling is to find a mathematical representation of a system, which can then be Simulated.
Purpose
To see how things actually works, to learn about a specific system. Can be used as part of a control algorithm. Can be used to predict future outcome, and learn how changes to the system can change this future.
What can be modeled and simulated?
We usually think of dynamic systems representing something physical, a car, a rocket, a machine. Then all processes and systems that changes dynamically can also be modeled, using the same principles of system theory. Such as socio-economic systems, economics, biological systems, politics.
