DNA Simulation of Genetic Algorithms: Fitness Computation


Autoria(s): Calvino, Maria; Gomez, Nuria; Mingo, Luis
Data(s)

07/12/2009

07/12/2009

2007

Resumo

* This work has been partially supported by Spanish Project TIC2003-9319-c03-03 “Neural Networks and Networks of Evolutionary Processors”.

In this paper a computational mode is presented base on DNA molecules. This model incorporates the theoretical simulation of the principal operations in genetic algorithms. It defines the way of coding of individuals, crossing and the introduction of the individuals so created into the population. It resolves satisfactorily the problems of fitness coding. It shows also the model projection for the resolution of TSP. This is the basic step that will allow the resolution of larger examples of search problems beyond the scope of exact exponentially sized DNA algorithms like the proposed by Adleman [Adleman, 1994] and Lipton [Lipton, 1995].

Identificador

1313-0463

http://hdl.handle.net/10525/682

Idioma(s)

en

Publicador

Institute of Information Theories and Applications FOI ITHEA

Palavras-Chave #Genetic Algorithms #Fitness Function #DNA Computing #Evolutionary Computing
Tipo

Article