In this paper we explore a number of ideas for enhancing the techniques of genetic programming in the context of a very simple test environment that nevertheless possesses some degree of algorithmic subtlety. We term this genetic programming environment plus-one-recall-store (PORS). This genetic programming environment is quite simple having only a pair of terminals and a pair of operations. The terminals are the number one and recall from an external memory. The operations are a unary store operation and binary addition, +, on natural numbers. In this paper we present the PORS environment, present a mathematical description of its properties, and then focus on testing the use of Markov chains in generating, crossing over, and mutating ...
Genetic programming (GP) is a subclass of genetic algorithms (GAs), in which evolving programs are d...
Congress on Evolutionary Computation. Portland, EEUU, 19-23 June 2004The design of pseudorandom numb...
Genetic Programming is increasing in popularity as the basis for a wide range of learning algorithms...
In this paper we explore a number of ideas for enhancing the tech-niques of genetic programming in t...
In this paper we explore a number of ideas for enhancing the techniques of genetic programming in th...
The recognition of useful information, its retention in memory, and subsequent use plays an importan...
Abstract—The synthesis of exact integer algorithms is a hard task for Genetic Programming (GP), as i...
Genetic programming is an automatic programming method that creates computer programs to satisfy a s...
Abstract — At the current state of the art, genetic programs do not contain two constructs that comm...
This paper examines the use of genetic algorithms (GAs) in generating sets of input data to use for ...
Abstract: Genetic programming (GP) is an automated method for creating a working computer program ...
We present new techniques for synthesizing programs through sequences of mutations. Among these are ...
Genetic Programming is a form of Evolutionary Computation in which computer programs are evolved by ...
This thesis investigates the evolution and use of abstract data types within Genetic Programming (GP...
Model checking is a way of analysing programs and program-like structures to decide whether they sat...
Genetic programming (GP) is a subclass of genetic algorithms (GAs), in which evolving programs are d...
Congress on Evolutionary Computation. Portland, EEUU, 19-23 June 2004The design of pseudorandom numb...
Genetic Programming is increasing in popularity as the basis for a wide range of learning algorithms...
In this paper we explore a number of ideas for enhancing the tech-niques of genetic programming in t...
In this paper we explore a number of ideas for enhancing the techniques of genetic programming in th...
The recognition of useful information, its retention in memory, and subsequent use plays an importan...
Abstract—The synthesis of exact integer algorithms is a hard task for Genetic Programming (GP), as i...
Genetic programming is an automatic programming method that creates computer programs to satisfy a s...
Abstract — At the current state of the art, genetic programs do not contain two constructs that comm...
This paper examines the use of genetic algorithms (GAs) in generating sets of input data to use for ...
Abstract: Genetic programming (GP) is an automated method for creating a working computer program ...
We present new techniques for synthesizing programs through sequences of mutations. Among these are ...
Genetic Programming is a form of Evolutionary Computation in which computer programs are evolved by ...
This thesis investigates the evolution and use of abstract data types within Genetic Programming (GP...
Model checking is a way of analysing programs and program-like structures to decide whether they sat...
Genetic programming (GP) is a subclass of genetic algorithms (GAs), in which evolving programs are d...
Congress on Evolutionary Computation. Portland, EEUU, 19-23 June 2004The design of pseudorandom numb...
Genetic Programming is increasing in popularity as the basis for a wide range of learning algorithms...