We present a parallel genetic algorithm for nding matrix multiplication algo-rithms. For 3 x 3 matrices our genetic algorithm successfully discovered algo-rithms requiring 23 multiplications, which are equivalent to the currently best known human-developed algorithms. We also studied the cases with less mul-tiplications and evaluated the suitability of the methods discovered. Although our evolutionary method did not reach the theoretical lower bound it led to an approximate solution for 22 multiplications
Genetic Algorithms (GAs) have been implemented on a number of multiprocessor machines. In many cases...
This paper focuses on the possibilities of multidimensional genetic algorithms and relevant genetic ...
A genetic algorithm for finding cocyclic Hadamard matrices is described. Though we focus on the case...
We present a parallel genetic algorithm for nding matrix multiplication algo-rithms. For 3 x 3 matri...
This paper addresses the problem of algorithm discov-ery, via evolutionary search, in the context of...
The efficient design of multiplierless implementations of constant matrix multipliers is challenged ...
matician, announced a clever algorithm to reduce the asymptotic complexity of n × n matrix multiplic...
The efficient design of multiplierless implementations of constant matrix multipliers is challenged ...
We use a genetic algorithm to construct Hadamard Matrices. The initial population of random matrices...
AbstractThe complexity of matrix multiplication has attracted a lot of attention in the last forty y...
A genetic algorithm for constructing cocyclic Hadamard matrices over a given group is described. Th...
Population-based search heuristics such as evolutionary algorithms or ant colony optimization have b...
Hadamard matrices are square matrices with +1 and -1 entries and with columns that are mutually orth...
This paper focuses on the possibilities of multidimensional genetic algorithms and relevant genetic ...
AbstractThis paper presents a network parallel genetic algorithm for the one machine sequencing prob...
Genetic Algorithms (GAs) have been implemented on a number of multiprocessor machines. In many cases...
This paper focuses on the possibilities of multidimensional genetic algorithms and relevant genetic ...
A genetic algorithm for finding cocyclic Hadamard matrices is described. Though we focus on the case...
We present a parallel genetic algorithm for nding matrix multiplication algo-rithms. For 3 x 3 matri...
This paper addresses the problem of algorithm discov-ery, via evolutionary search, in the context of...
The efficient design of multiplierless implementations of constant matrix multipliers is challenged ...
matician, announced a clever algorithm to reduce the asymptotic complexity of n × n matrix multiplic...
The efficient design of multiplierless implementations of constant matrix multipliers is challenged ...
We use a genetic algorithm to construct Hadamard Matrices. The initial population of random matrices...
AbstractThe complexity of matrix multiplication has attracted a lot of attention in the last forty y...
A genetic algorithm for constructing cocyclic Hadamard matrices over a given group is described. Th...
Population-based search heuristics such as evolutionary algorithms or ant colony optimization have b...
Hadamard matrices are square matrices with +1 and -1 entries and with columns that are mutually orth...
This paper focuses on the possibilities of multidimensional genetic algorithms and relevant genetic ...
AbstractThis paper presents a network parallel genetic algorithm for the one machine sequencing prob...
Genetic Algorithms (GAs) have been implemented on a number of multiprocessor machines. In many cases...
This paper focuses on the possibilities of multidimensional genetic algorithms and relevant genetic ...
A genetic algorithm for finding cocyclic Hadamard matrices is described. Though we focus on the case...