A genetic programming approach for modelling of self-organizing assembly systems
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- @InProceedings{Brezocnik:1998:IAD,
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author = "Miran Brezocnik and Joze Balic",
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title = "A genetic programming approach for modelling of
self-organizing assembly systems",
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booktitle = "Intelligent assembly and disassembly - IAD'98: A
proceedings volume from the IFAC Workshop",
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year = "1998",
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editor = "Peter Kopacek and Dragica Noe",
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pages = "47--52",
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address = "Bled, Slovenia",
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publisher_address = "Oxford, UK",
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month = "21-23 " # may,
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organisation = "IFAC",
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publisher = "Pergamon",
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keywords = "genetic algorithms, genetic programming,
self-organising systems, intelligent manufacturing
systems, assembly, simulation",
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ISBN = "0-08-043042-2",
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URL = "http://www.amazon.co.uk/Intelligent-Assembly-Disassembly-IAD-Proceedings/dp/0080430422",
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URL = "http://trove.nla.gov.au/version/44951526",
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abstract = "The paper proposes a genetic programming approach to
the modelling of the assembly of the basic components
(cells) into an integrated (whole) organism. The
concept is based on the simulation of self-organising
uniting of live cells into tissues, organs and
individuals. The assembly is treated as the basic and
general principle, therefore, the basic cells can be
very different. Assembling takes place on the basis of
the genetic content in the basic components and is
influenced by the environmental conditions. The genetic
content can be topological, geometrical, technological,
ecological, economical, etc. The simulation of the
self-organizing genetic assembly of the variant product
consisting of many basic components is given. The basic
feature of genetic assembly is that it takes place in a
distributed, nondeterministical, bottom-up, and
self-organising manner.",
- }
Genetic Programming entries for
Miran Brezocnik
Joze Balic
Citations