Complex System Classification: Difference between revisions
m (Text replacement - "SEBoK v. 2.11, released 25 November 2024" to "SEBoK v. 2.12, released 20 May 2025") |
m (Text replacement - "SEBoK v. 2.12, released 20 May 2025" to "SEBoK v. 2.12, released 27 May 2025") |
||
| Line 10: | Line 10: | ||
Magee and de Weck examine many possible methods that include: degree of complexity, branch of the economy that produced the system, realm of existence (physical or in thought), boundary, origin, time dependence, system states, human involvement / system control, human wants, ownership and functional type. They conclude by proposing a functional classification method that sorts systems by their process: transform, transport, store, exchange, or control and by the entity that they operate on: matter, energy, information and value. | Magee and de Weck examine many possible methods that include: degree of complexity, branch of the economy that produced the system, realm of existence (physical or in thought), boundary, origin, time dependence, system states, human involvement / system control, human wants, ownership and functional type. They conclude by proposing a functional classification method that sorts systems by their process: transform, transport, store, exchange, or control and by the entity that they operate on: matter, energy, information and value. | ||
<center>'''SEBoK v. 2.12, released | <center>'''SEBoK v. 2.12, released 27 May 2025'''</center> | ||
[[Category:Primary Reference]] | [[Category:Primary Reference]] | ||
Latest revision as of 23:11, 23 May 2025
Magee, C.L., de Weck, O.L., 2004. "Complex System Classification." Toulouse, France: Proceedings of the 14th Annual International Symposium of the International Council on Systems Engineering (INCOSE), 20 – 24 June 2004.
Usage
This source is considered a primary reference for the following articles:
Annotation
Magee and de Weck examine many possible methods that include: degree of complexity, branch of the economy that produced the system, realm of existence (physical or in thought), boundary, origin, time dependence, system states, human involvement / system control, human wants, ownership and functional type. They conclude by proposing a functional classification method that sorts systems by their process: transform, transport, store, exchange, or control and by the entity that they operate on: matter, energy, information and value.