Evolutionary systems & genetic algorithms
From GenerativeArt
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(→Types of Genotype Representations: Improved 4 types of representations based on my papers of late 2009 and early 2010) |
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* '''''Reproductive Mechanical''''' - Such a system is similar to the previous one, with the significant addition that within a single individual a machine may also create another machine, reproduce itself, or contribute to an emergent machine at a higher level of complexity and scale. This genetic representation offers the greatest complexification potential. | * '''''Reproductive Mechanical''''' - Such a system is similar to the previous one, with the significant addition that within a single individual a machine may also create another machine, reproduce itself, or contribute to an emergent machine at a higher level of complexity and scale. This genetic representation offers the greatest complexification potential. | ||
**And this is, in fact, the kind of genetic representation found in nature. There is an upwardly layered increase of complexity as DNA creates proteins, proteins organize to create organelles, organelles organize to create cells, cells organize to create organs, and so on. | **And this is, in fact, the kind of genetic representation found in nature. There is an upwardly layered increase of complexity as DNA creates proteins, proteins organize to create organelles, organelles organize to create cells, cells organize to create organs, and so on. | ||
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== Practical Notes for Computer Artists == | == Practical Notes for Computer Artists == | ||
