Abstract- This paper investigates the problem of evolving a self-reproducing program. It is hoped that the analysis of this process might aid the understanding of the process by which the first self-reproducing molecules gave rise to life. We see this work as the meta-level of the well-known investigations into the biochemical precursors to life. This paper presents a sample self-reproducing program, defines the grammar for that program, and then presents the results when a grammar-guided genetic programming system attempts to find for itself a self-reproducing program
There is a long tradition of software simulations in theoretical biology to complement pure analytic...
Self-replication is a fundamental concept. The idea of an entity that can repeatedly create more of ...
Recent progress in abiotic syntheses, especially self-catalytic syntheses, as well as theoretical br...
This paper shows how ontogenetic programming, an enhancement to the genetic programming methodology,...
The mystery of the origin of life can be divided into two parts. The first part is the origin of bio...
The inherently decentralized nature of artificial chemical computing models makes them particularly ...
Abstract. There is a long tradition of software simulations in theoretical biology to complement pur...
In recent developments in chemistry and genetic engineering, the humble researcher dealing with the ...
Introduction Genetic programming is a domain-independent problem-solving approach in which computer ...
In this review we discuss systems of self-replicating molecules in the context of the origin of life...
Abstract. Evolution is assumed to begin in a very particular compartmentalized location with periodi...
The inherently decentralized nature of artificial chemical computing models makes them particularly ...
Most genetic programming systems use hard-coded genetic operators that are applied according to user...
The goal of automatic programming is to create, in an automated way, a computer program that enables...
Banzhaf explores the concept of emergence and how and where it happens in genetic programming [1]. H...
There is a long tradition of software simulations in theoretical biology to complement pure analytic...
Self-replication is a fundamental concept. The idea of an entity that can repeatedly create more of ...
Recent progress in abiotic syntheses, especially self-catalytic syntheses, as well as theoretical br...
This paper shows how ontogenetic programming, an enhancement to the genetic programming methodology,...
The mystery of the origin of life can be divided into two parts. The first part is the origin of bio...
The inherently decentralized nature of artificial chemical computing models makes them particularly ...
Abstract. There is a long tradition of software simulations in theoretical biology to complement pur...
In recent developments in chemistry and genetic engineering, the humble researcher dealing with the ...
Introduction Genetic programming is a domain-independent problem-solving approach in which computer ...
In this review we discuss systems of self-replicating molecules in the context of the origin of life...
Abstract. Evolution is assumed to begin in a very particular compartmentalized location with periodi...
The inherently decentralized nature of artificial chemical computing models makes them particularly ...
Most genetic programming systems use hard-coded genetic operators that are applied according to user...
The goal of automatic programming is to create, in an automated way, a computer program that enables...
Banzhaf explores the concept of emergence and how and where it happens in genetic programming [1]. H...
There is a long tradition of software simulations in theoretical biology to complement pure analytic...
Self-replication is a fundamental concept. The idea of an entity that can repeatedly create more of ...
Recent progress in abiotic syntheses, especially self-catalytic syntheses, as well as theoretical br...