Difference between revisions of "Topic:Complex systems"
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== Context == | == Context == | ||
− | This topic forms part of the | + | This topic forms part of the systems and complexity area of study. People who are competent in the topic can apply their knowledge to describe the features of complex systems and how they are distinguishable from other forms of system such as ordered, chaotic, and stochastic systems. |
== Competencies == | == Competencies == | ||
Expected competencies after study of this topic are: | Expected competencies after study of this topic are: | ||
− | * | + | * understand the difference between deterministic and nondeterministic systems |
− | * | + | * define the characteristics of classes of deterministic and nondeterministic systems (ordered, chaotic, complex and stochastic) |
− | * .. | + | * describe the behaviours that result from the essential characteristics of complex systems |
+ | |||
+ | == Key Concepts == | ||
+ | {{quote|text=The fact that complex systems are not random but also not completely ordered is of central importance ... it is a necessary condition for a complex system that it exhibit some kind of spontaneous order ... [They are] organized into a variety of levels of structure and properties that interact with the level above and below ... [exhibiting] causal regularities, and various kinds of symmetry, order and periodic behaviour. |sign=Ladyman, Lambert & Weisner|source=[https://realkm.com/go/what-is-a-complex-system/ What is a complex system?]}} | ||
== Primers == | == Primers == | ||
− | * [ | + | * [https://realkm.com/go/an-introduction-to-complex-systems-science-and-its-applications/ An Introduction to Complex Systems Science and its Applications] |
− | * [ | + | * [https://realkm.com/go/a-simple-guide-to-chaos-and-complexity/ A simple guide to chaos and complexity] |
== Further Reading == | == Further Reading == | ||
− | * [ | + | * [https://realkm.com/go/what-is-a-complex-system/ Ladyman, Lambert & Weisner: What is a Complex System?] |
− | * [ | + | * [https://realkm.com/go/universal-resilience-patterns-in-complex-networks/ Universal resilience patterns in complex networks] |
== Subject matter experts == | == Subject matter experts == | ||
− | + | * [https://en.wikipedia.org/wiki/Friedrich_Hayek Friedrich Hayek] | |
+ | * [https://en.wikipedia.org/wiki/Kenneth_Arrow Kenneth Arrow] | ||
== Education providers teaching this topic == | == Education providers teaching this topic == |
Revision as of 16:52, 26 May 2020
Context
This topic forms part of the systems and complexity area of study. People who are competent in the topic can apply their knowledge to describe the features of complex systems and how they are distinguishable from other forms of system such as ordered, chaotic, and stochastic systems.
Competencies
Expected competencies after study of this topic are:
- understand the difference between deterministic and nondeterministic systems
- define the characteristics of classes of deterministic and nondeterministic systems (ordered, chaotic, complex and stochastic)
- describe the behaviours that result from the essential characteristics of complex systems
Key Concepts
The fact that complex systems are not random but also not completely ordered is of central importance ... it is a necessary condition for a complex system that it exhibit some kind of spontaneous order ... [They are] organized into a variety of levels of structure and properties that interact with the level above and below ... [exhibiting] causal regularities, and various kinds of symmetry, order and periodic behaviour.—Ladyman, Lambert & Weisner, What is a complex system?
Primers
- An Introduction to Complex Systems Science and its Applications
- A simple guide to chaos and complexity
Further Reading
- Ladyman, Lambert & Weisner: What is a Complex System?
- Universal resilience patterns in complex networks