Data mining has recently attracted attention as a set of efficient techniques that can discover patterns from huge data. More recent advancements in collecting massive evolving data streams created a crucial need for dynamic data mining. In this paper, we present a genetic algorithm based on a new representation mechanism, that allows several phenotypes to be simultaneously expressed to different degrees in the same chromosome
We consider the problem of combining a greedy motif search algorithm [16] with a self-adapting genet...
Data mining involves nontrivial process of extracting knowledge or patterns from large databases. Ge...
A Genetic Algorithm (GA) is a form of complex system in which various structures interact via suffic...
Data Stream Mining is the process of extracting knowledge structures from continuous, rapid data rec...
The use of multiploid structures for individuals in evolutionary algorithms has been shown to have t...
Abstract: Genetic Programming (GP) has been emerged as a promising approach to deal with classificat...
In this paper we investigate the introduction of a multiple-layer genotype-phenotype mapping to a Ge...
Nature uses a complex genotype-phenotype map to advance a relatively simple genotype space variation...
The identification of mechanisms by which constraints on phenotypic variability are tuned in nature...
Data mining is an important process, with applications found in many business, science and industria...
Abstract—an unsuitable representation will make the task of mining classification rules very hard fo...
The purpose of this paper is to demonstrate the ability of a genetic programming (GP) algorithm to e...
Self-adaptation is one of the most promising areas of research in evolutionary computation as it ada...
Data mining has as goal to extract knowledge from large databases. A database may be considered as a...
Data mining involves the process of extracting nontrivial knowledge or hidden patterns from large da...
We consider the problem of combining a greedy motif search algorithm [16] with a self-adapting genet...
Data mining involves nontrivial process of extracting knowledge or patterns from large databases. Ge...
A Genetic Algorithm (GA) is a form of complex system in which various structures interact via suffic...
Data Stream Mining is the process of extracting knowledge structures from continuous, rapid data rec...
The use of multiploid structures for individuals in evolutionary algorithms has been shown to have t...
Abstract: Genetic Programming (GP) has been emerged as a promising approach to deal with classificat...
In this paper we investigate the introduction of a multiple-layer genotype-phenotype mapping to a Ge...
Nature uses a complex genotype-phenotype map to advance a relatively simple genotype space variation...
The identification of mechanisms by which constraints on phenotypic variability are tuned in nature...
Data mining is an important process, with applications found in many business, science and industria...
Abstract—an unsuitable representation will make the task of mining classification rules very hard fo...
The purpose of this paper is to demonstrate the ability of a genetic programming (GP) algorithm to e...
Self-adaptation is one of the most promising areas of research in evolutionary computation as it ada...
Data mining has as goal to extract knowledge from large databases. A database may be considered as a...
Data mining involves the process of extracting nontrivial knowledge or hidden patterns from large da...
We consider the problem of combining a greedy motif search algorithm [16] with a self-adapting genet...
Data mining involves nontrivial process of extracting knowledge or patterns from large databases. Ge...
A Genetic Algorithm (GA) is a form of complex system in which various structures interact via suffic...