Genetic operator: Difference between revisions
Content deleted Content added
m replacing text with {msg:stub} |
m link GA specific versions |
||
| Line 1: | Line 1: | ||
A '''genetic operator''' is a process used in [[genetic algorithms]] to maintain genetic diversity. |
A '''genetic operator''' is a process used in [[genetic algorithms]] to maintain genetic diversity. |
||
Genetic variation is a necessity for the process of [[evolution]]. Genetic operators used in genetic algorithms are analogous to those which occur in the natural world: survival of the fittest, or [[selection]]; sexual reproduction ([[crossover]], or [[recombination]]); and [[mutation]]. |
Genetic variation is a necessity for the process of [[evolution]]. Genetic operators used in genetic algorithms are analogous to those which occur in the natural world: survival of the fittest, or [[selection]]; sexual reproduction ([[crossover (genetic algorithm)|crossover]], or [[recombination (genetic algorithm)|recombination]]); and [[mutation (genetic algorithm)|mutation]]. |
||
{{msg:stub}} |
{{msg:stub}} |
||
Revision as of 16:14, 26 March 2004
A genetic operator is a process used in genetic algorithms to maintain genetic diversity.
Genetic variation is a necessity for the process of evolution. Genetic operators used in genetic algorithms are analogous to those which occur in the natural world: survival of the fittest, or selection; sexual reproduction (crossover, or recombination); and mutation.