Evolutionary systems & genetic algorithms
From GenerativeArt
(Difference between revisions)
(→Example of Classic Genetic Programming for Problem Solving - Lawrence Fogel) |
(→Genetic Competition) |
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The following cycle of genetic competition lies at the core of evolutionary computing: | The following cycle of genetic competition lies at the core of evolutionary computing: | ||
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* A number of individuals (chromosomes or sets of genes) are in the population (gene pool) and each has a fitness score. | * A number of individuals (chromosomes or sets of genes) are in the population (gene pool) and each has a fitness score. | ||
* A way to express genotypes to create phenotypes | * A way to express genotypes to create phenotypes | ||
* A way to assign each genotype a score based on an evaluation of the corresponding phenotype | * A way to assign each genotype a score based on an evaluation of the corresponding phenotype | ||
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== Types of Genotype Representations == | == Types of Genotype Representations == | ||
