International audienceIn this introduction and review—like in the book which follows—we explore the hypothesis that adaptive growth is a means of producing brain-like machines. The emulation of neural development can incorporate desirable characteristics of natural neural systems into engineered designs. The introduction begins with a review of neural development and neural models. Next, artificial development— the use of a developmentally-inspired stage in engineering design—is introduced. Several strategies for performing this " meta-design " for artificial neural systems are reviewed. This work is divided into three main categories: bio-inspired representations ; developmental systems; and epigenetic simulations. Several specific network...
Developmental biology seeks to understand how organisms are constructed. Development is a set of ver...
Artificial neural networks (ANNs) are applied to many real-world problems, ranging from pattern clas...
Designing articial systems with ever more biologically-plausible `brains ' continues apace and ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceEvolutionary development as a strategy for the design of artificial neural net...
Evolutionary development as a strategy for the design of artificial neural networks is an enticing i...
Abstract In this introduction and review—like in the book which follows—we explore the hypothesis th...
Evolutionary development as a strategy for the design of artificial neural networks is an enticing i...
We present a model of decentralized growth and development for artificial neural networks (ANNs), in...
This thesis suggests that ontogenetic adaptive processes are important for generating intelligen...
Developmental biology seeks to understand how organisms are constructed. Development is a set of ver...
Artificial neural networks (ANNs) are applied to many real-world problems, ranging from pattern clas...
Designing articial systems with ever more biologically-plausible `brains ' continues apace and ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceIn this introduction and review—like in the book which follows—we explore the ...
International audienceEvolutionary development as a strategy for the design of artificial neural net...
Evolutionary development as a strategy for the design of artificial neural networks is an enticing i...
Abstract In this introduction and review—like in the book which follows—we explore the hypothesis th...
Evolutionary development as a strategy for the design of artificial neural networks is an enticing i...
We present a model of decentralized growth and development for artificial neural networks (ANNs), in...
This thesis suggests that ontogenetic adaptive processes are important for generating intelligen...
Developmental biology seeks to understand how organisms are constructed. Development is a set of ver...
Artificial neural networks (ANNs) are applied to many real-world problems, ranging from pattern clas...
Designing articial systems with ever more biologically-plausible `brains ' continues apace and ...