Evolutionary algorithms require excellent search capabilities in order to find global minima, particularly in complex feature spaces. A means of enhancing search capabilities based upon a distributed genetic-style encoding of solution has been shown to be advantageous. Such a representation requires the use of varying gene lengths. The effects of variable gene lengths are explored in detail
Evolutionary algorithms are powerful techniques for optimisation whose operation principles are insp...
In most Genetic Programming (GP) approaches, the space of genotypes, that is the search space, is ...
Data preprocessing, especially in terms of feature selection and generation, is an important issue i...
The development and optimisation of programs through search is a growing application area for comput...
As data mining develops and expands to new application areas, feature selection also reveals various...
Genetic adaptive algorithms provide an efficient way to search large function spaces, and are increa...
The effectiveness of evolutionary test case generation based on Genetic Algorithms (GAs) can be seri...
this paper we use heuristic search methods which search this space without using explicit representa...
This paper explores the idea of applying evolutionary algorithms to those search spaces that are def...
169 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1981.Can machines with evolutionar...
Basic principles of evolutionary algorithms and genetic search of parameter spaces are described in ...
AbstractMany variants of evolutionary algorithms have been designed and applied. The experimental kn...
Evolutionary algorithms are effective general-purpose techniques for solving optimization problems. ...
Abstract. The choice of genetic representation crucially determines the capability of evolutionary p...
We start this paper by an introduction to evolutionary algorithms and to their biological background...
Evolutionary algorithms are powerful techniques for optimisation whose operation principles are insp...
In most Genetic Programming (GP) approaches, the space of genotypes, that is the search space, is ...
Data preprocessing, especially in terms of feature selection and generation, is an important issue i...
The development and optimisation of programs through search is a growing application area for comput...
As data mining develops and expands to new application areas, feature selection also reveals various...
Genetic adaptive algorithms provide an efficient way to search large function spaces, and are increa...
The effectiveness of evolutionary test case generation based on Genetic Algorithms (GAs) can be seri...
this paper we use heuristic search methods which search this space without using explicit representa...
This paper explores the idea of applying evolutionary algorithms to those search spaces that are def...
169 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1981.Can machines with evolutionar...
Basic principles of evolutionary algorithms and genetic search of parameter spaces are described in ...
AbstractMany variants of evolutionary algorithms have been designed and applied. The experimental kn...
Evolutionary algorithms are effective general-purpose techniques for solving optimization problems. ...
Abstract. The choice of genetic representation crucially determines the capability of evolutionary p...
We start this paper by an introduction to evolutionary algorithms and to their biological background...
Evolutionary algorithms are powerful techniques for optimisation whose operation principles are insp...
In most Genetic Programming (GP) approaches, the space of genotypes, that is the search space, is ...
Data preprocessing, especially in terms of feature selection and generation, is an important issue i...