Genetic Algorithms as Optimalisation Procedures

Drawing a parallel between biological and economic evolution provides an opportunity for the description of dynamic economic processes changing in time by using genetic algorithms. The first step in finding algorithms in biological and economic processes is to draw a parallel between the terms used...

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Main Author: Sándor Karajz
Format: Article
Language:English
Published: University of Miskolc 2007-02-01
Series:Theory, Methodology, Practice
Subjects:
Online Access:https://ojs.uni-miskolc.hu/index.php/tmp/article/view/1335
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author Sándor Karajz
author_facet Sándor Karajz
author_sort Sándor Karajz
collection DOAJ
description Drawing a parallel between biological and economic evolution provides an opportunity for the description of dynamic economic processes changing in time by using genetic algorithms. The first step in finding algorithms in biological and economic processes is to draw a parallel between the terms used in both disciplines and to determine the degree of elaboration of analogues. On the basis of these ideas it can be stated that most biological terms can be used both in economics and in the social field, which satisfies the essential condition for successful modeling. Genetic algorithms are derived on the basis of Darwin-type biological evolution and the process starts from a possible state (population), in most cases chosen at random. New generations emerge from this starting generation on the basis of various procedures. These generating procedures go on until the best solution to the problem is found. Selection, recombination and mutation are the most important genetic procedures.
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spelling doaj.art-20f3b6de61554675acca577c1bc1096d2023-10-27T04:14:01ZengUniversity of MiskolcTheory, Methodology, Practice1589-34132415-98832007-02-01401Genetic Algorithms as Optimalisation ProceduresSándor Karajz0University of Miskolc Drawing a parallel between biological and economic evolution provides an opportunity for the description of dynamic economic processes changing in time by using genetic algorithms. The first step in finding algorithms in biological and economic processes is to draw a parallel between the terms used in both disciplines and to determine the degree of elaboration of analogues. On the basis of these ideas it can be stated that most biological terms can be used both in economics and in the social field, which satisfies the essential condition for successful modeling. Genetic algorithms are derived on the basis of Darwin-type biological evolution and the process starts from a possible state (population), in most cases chosen at random. New generations emerge from this starting generation on the basis of various procedures. These generating procedures go on until the best solution to the problem is found. Selection, recombination and mutation are the most important genetic procedures. https://ojs.uni-miskolc.hu/index.php/tmp/article/view/1335Genetic AlgorithmsOptimalisation Procedures
spellingShingle Sándor Karajz
Genetic Algorithms as Optimalisation Procedures
Theory, Methodology, Practice
Genetic Algorithms
Optimalisation Procedures
title Genetic Algorithms as Optimalisation Procedures
title_full Genetic Algorithms as Optimalisation Procedures
title_fullStr Genetic Algorithms as Optimalisation Procedures
title_full_unstemmed Genetic Algorithms as Optimalisation Procedures
title_short Genetic Algorithms as Optimalisation Procedures
title_sort genetic algorithms as optimalisation procedures
topic Genetic Algorithms
Optimalisation Procedures
url https://ojs.uni-miskolc.hu/index.php/tmp/article/view/1335
work_keys_str_mv AT sandorkarajz geneticalgorithmsasoptimalisationprocedures