Publicação

Evolutionary search based on aged structured population and selfish gene theory

Detalhes bibliográficos
Resumo:In this paper it is analysed the application of the selfish gene theory using a fusion of concepts proposed in memetic algorithms and selfish gene algorithms. The selfish gene ideas are applied to hierarchical genetic algorithm (HGA) with age structure previously developed by the author. First of all it is analysed the memetic features mainly the learning procedures of the HGA. Secondly, the selfish gene theory (SG) is applied to age structured population aiming to improve the performance of HGA. The evolution of the age structured population is based on the selfish gene theory where the population can be simply seen as a pool of genes and individual genes fight for the same spot in the chromosome of the genotype. The new operator is denoted by Age parameterised Selfish Gene (ApSG) crossover. It is based on a pseudo-crossover scheme with modified Mating Selection Mechanism and Offspring Generation Mechanism influenced by best alleles in the age-structured virtual population. This population evolves to get the best solution using the interaction between the frequencies of the alleles in a same gene group and by changing these frequencies according to the corresponding fitness of individuals. The offspring individuals are inserted into age-structured virtual and current populations according to Lamarckian learning. Finally it is discussed the effects of different learning procedures in the HGA-SG approaches.
Assunto:Technological sciences, Other engineering and technologies Ciências Tecnológicas, Outras ciências da engenharia e tecnologias
País:Portugal
Tipo de documento:livro
Tipo de acesso:Restrito
Instituição associada:Repositório Aberto da Universidade do Porto
Idioma:inglês
Origem:Repositório Aberto da Universidade do Porto
_version_ 1850560649123332096
conditionsOfAccess_str restricted access
country_str PT
description In this paper it is analysed the application of the selfish gene theory using a fusion of concepts proposed in memetic algorithms and selfish gene algorithms. The selfish gene ideas are applied to hierarchical genetic algorithm (HGA) with age structure previously developed by the author. First of all it is analysed the memetic features mainly the learning procedures of the HGA. Secondly, the selfish gene theory (SG) is applied to age structured population aiming to improve the performance of HGA. The evolution of the age structured population is based on the selfish gene theory where the population can be simply seen as a pool of genes and individual genes fight for the same spot in the chromosome of the genotype. The new operator is denoted by Age parameterised Selfish Gene (ApSG) crossover. It is based on a pseudo-crossover scheme with modified Mating Selection Mechanism and Offspring Generation Mechanism influenced by best alleles in the age-structured virtual population. This population evolves to get the best solution using the interaction between the frequencies of the alleles in a same gene group and by changing these frequencies according to the corresponding fitness of individuals. The offspring individuals are inserted into age-structured virtual and current populations according to Lamarckian learning. Finally it is discussed the effects of different learning procedures in the HGA-SG approaches.
documentTypeURL_str http://purl.org/coar/resource_type/c_2f33
documentType_str book
id 9861a35b-129d-47a4-91d6-680feb900110
identifierHandle_str https://hdl.handle.net/10216/93543
language eng
relatedInstitutions_str_mv Repositório Aberto da Universidade do Porto
resourceName_str Repositório Aberto da Universidade do Porto
spellingShingle Evolutionary search based on aged structured population and selfish gene theory
Technological sciences, Other engineering and technologies
Ciências Tecnológicas, Outras ciências da engenharia e tecnologias
title Evolutionary search based on aged structured population and selfish gene theory
topic Technological sciences, Other engineering and technologies
Ciências Tecnológicas, Outras ciências da engenharia e tecnologias