Difference between revisions of "Evolutionary algorithm"

From Lesswrongwiki
Jump to: navigation, search
(Article Creation)
 
m
Line 2: Line 2:
 
An '''Evolutionary algorithm''' is an algorithm which mimics biological evolution to develop a solution to a problem. Starting with a set of initial possible solutions and test criteria, the algorithm tests each solution, selects the most promising, duplicates and mutates them and repeats until a desired solution is found. There are many types of evolutionary algorithms, varying on criteria such as selection mechanism, mutation algorithm, speed, and efficiency. Evolutionary algorithms have been applied in engineering, the financial market, chemistry, mathematics, and increasingly data mining.  
 
An '''Evolutionary algorithm''' is an algorithm which mimics biological evolution to develop a solution to a problem. Starting with a set of initial possible solutions and test criteria, the algorithm tests each solution, selects the most promising, duplicates and mutates them and repeats until a desired solution is found. There are many types of evolutionary algorithms, varying on criteria such as selection mechanism, mutation algorithm, speed, and efficiency. Evolutionary algorithms have been applied in engineering, the financial market, chemistry, mathematics, and increasingly data mining.  
  
=== References ===
+
== References ==
* [http://www.talkorigins.org/faqs/genalg/genalg.html Genetic Algorithms and Evolutionary Computation] by Adam Marczyk
+
*[http://www.talkorigins.org/faqs/genalg/genalg.html Genetic Algorithms and Evolutionary Computation] by Adam Marczyk
* [http://dis.ijs.si/filipic/ec/ Evolutionary Computation Repository]
+
*[http://dis.ijs.si/filipic/ec/ Evolutionary Computation Repository]

Revision as of 08:05, 14 July 2012

Smallwikipedialogo.png
Wikipedia has an article about

An Evolutionary algorithm is an algorithm which mimics biological evolution to develop a solution to a problem. Starting with a set of initial possible solutions and test criteria, the algorithm tests each solution, selects the most promising, duplicates and mutates them and repeats until a desired solution is found. There are many types of evolutionary algorithms, varying on criteria such as selection mechanism, mutation algorithm, speed, and efficiency. Evolutionary algorithms have been applied in engineering, the financial market, chemistry, mathematics, and increasingly data mining.

References