This paper investigates the role of genotypic search space dimensionality on the behaviour and characteristics of a computational model of embryogeny. By varying genome length, it is shown that genotype dimensionality can have an impact on the performance of an evolutionary process and the origins of this are discussed. Observed characteristics of robustness, scalability and modularity are shown to be retained
Uniform cellular automata have been evolved as phenotypes from zygotes using an extensive rule table...
We introduce the concept of modularity-preserving representations. If a representation is modularity...
Biological genotypes do not code directly for phenotypes; developmental physiology is the control la...
This paper investigates the role of genotypic search space dimensionality on the behaviour and chara...
The question of what properties of biological systems allow for efficient evolutionary search in com...
An investigation is conducted into the effects of a complex mapping between genotype and phenotype ...
A major issue with evolutionary computation is the lack of scalability with regards to the problem s...
This paper explores the use of growth processes, or embryogenies, to map genotypes to phenotypes wit...
We explore the use of the developmental environment as a spatial constraint on a model of Artificial...
This paper examines the impact of changes in dimensionality on a multi-layered genotype-phenotype ma...
Development plays a significant role in biological evolution, and is likely to prove an effective ro...
The developmental mapping from genotype to phenotype is responsible for much of the evolvability (ad...
The existence of the curse of dimensionality is well known, and its general effects are well acknowl...
In evolutionary computation it is common for the genotype to map directly to the phenotype such that...
The identification of mechanisms by which constraints on phenotypic variability are tuned in nature...
Uniform cellular automata have been evolved as phenotypes from zygotes using an extensive rule table...
We introduce the concept of modularity-preserving representations. If a representation is modularity...
Biological genotypes do not code directly for phenotypes; developmental physiology is the control la...
This paper investigates the role of genotypic search space dimensionality on the behaviour and chara...
The question of what properties of biological systems allow for efficient evolutionary search in com...
An investigation is conducted into the effects of a complex mapping between genotype and phenotype ...
A major issue with evolutionary computation is the lack of scalability with regards to the problem s...
This paper explores the use of growth processes, or embryogenies, to map genotypes to phenotypes wit...
We explore the use of the developmental environment as a spatial constraint on a model of Artificial...
This paper examines the impact of changes in dimensionality on a multi-layered genotype-phenotype ma...
Development plays a significant role in biological evolution, and is likely to prove an effective ro...
The developmental mapping from genotype to phenotype is responsible for much of the evolvability (ad...
The existence of the curse of dimensionality is well known, and its general effects are well acknowl...
In evolutionary computation it is common for the genotype to map directly to the phenotype such that...
The identification of mechanisms by which constraints on phenotypic variability are tuned in nature...
Uniform cellular automata have been evolved as phenotypes from zygotes using an extensive rule table...
We introduce the concept of modularity-preserving representations. If a representation is modularity...
Biological genotypes do not code directly for phenotypes; developmental physiology is the control la...