In this lecture, we review the format and possible content for the Spring 2020 final exam for SOS 212. The exam is comprehensive, covering systems dynamics modeling from causal loop diagrams (and systems thinking) up through stock-and-flow diagrams (and system dynamics models). Example models, such as the SIR model as Bass diffusion model, are briefly discussed. Students are encouraged to revisit information on chaos, stochastic modeling, and tipping points. Questions are asked and answered.
Archive of lectures given as part of SOS 212 (Systems, Dynamics, and Sustainability) at Arizona State University with instructor Theodore (Ted) Pavlic.
Tuesday, April 28, 2020
Lecture ZZ - Final Exam Review (2020-04-28)
Subscribe to:
Post Comments (Atom)
Popular Posts
-
In this lecture, we start drawing Causal Loop Diagrams (introduced in the previous lecture) in the System Dynamics Modeling tool Vensim (fro...
-
Unfortunately, due to a technical issue, a recording of the first half of this lecture was lost. Consequently, this recording skips through...
-
In this lecture, we review how to simulate a the behavior over time of simple negative feedback dynamical system (the filling of water in a ...
-
Introduces the course, its structure, and its policies. Also begins to introduce the notion of a "model" and the kinds of system ...
-
In this lecture, we define two different types of delays that are frequently used in simulation – fixed delays and smoothing (or averaging)...
-
In this lecture, we continue to add complexity to system dynamics models in Vensim and Insight Maker by introducing two different forms of d...
-
In this lecture, we introduce two very different concepts – randomness and chaos. These two terms are often mistakenly used as synonyms, but...
-
Further discussion of what is a "model" (in general), highlighting a wide variety of models including those instantiated in the p...
-
In this video, we cover more detailed descriptions of "stocks", "flows", and "converters" as well as how they...
-
In this lecture, we motivate the use of causal loop diagrams (CLD's) to better understand how feedback loops interact in complex system...
No comments:
Post a Comment