In this paper a new approach for PSO algorithm driven by chaotic pseudorandom number generator is investigated. The ensemble learning method that has been successfully implemented in many evolutionary computational techniques is applied here for the selection of priority factors in the velocity calculations formula. The goal is to improve the performance of chaos driven PSO. The promising results are compared with previously published results of SPSO-2011 on the CEC´ 13 benchmark set. © Springer International Publishing Switzerland 201
In this paper, it is proposed the utilization of discrete Lozi map based chaos random number generat...
In this chapter a new approach for Particle Swarm Optimization (PSO) algorithm driven by chaotic pse...
In this paper, a chaotic pseudorandom generator is used to enhance the performance of Particle Swarm...
This paper deals with novel approach for hybridization of two scientific techniques: the evolutionar...
In this paper a previous successful research on chaos enhanced particle swarm optimization algorithm...
In this study the Chaotic Particle Swarm Optimization (CPSO) algorithm with six simultaneously used ...
In this paper, the utilization of chaos pseudorandom number generators based on three different chao...
In this paper, the novel concept of particle performance evaluation is introduced into the chaos dri...
In this paper it is investigated the possibility of improving the performance of PSO algorithm with ...
In this paper the performance of Multi-chaotic PSO algorithm is investigated using two shifted bench...
In this paper, it is proposed the utilization of discrete chaotic Burgers map based chaos pseudo-ran...
In this paper, it is proposed the utilization of chaotic pseudo random number generators based on si...
In this paper several previously successfully tested approaches for PSO algorithm are merged. The Mu...
In this study the Particle Swarm Optimization (PSO) algorithm with two simultaneously used chaotic p...
In this paper a previously proposed method is extended with pseudo-random number generator based on ...
In this paper, it is proposed the utilization of discrete Lozi map based chaos random number generat...
In this chapter a new approach for Particle Swarm Optimization (PSO) algorithm driven by chaotic pse...
In this paper, a chaotic pseudorandom generator is used to enhance the performance of Particle Swarm...
This paper deals with novel approach for hybridization of two scientific techniques: the evolutionar...
In this paper a previous successful research on chaos enhanced particle swarm optimization algorithm...
In this study the Chaotic Particle Swarm Optimization (CPSO) algorithm with six simultaneously used ...
In this paper, the utilization of chaos pseudorandom number generators based on three different chao...
In this paper, the novel concept of particle performance evaluation is introduced into the chaos dri...
In this paper it is investigated the possibility of improving the performance of PSO algorithm with ...
In this paper the performance of Multi-chaotic PSO algorithm is investigated using two shifted bench...
In this paper, it is proposed the utilization of discrete chaotic Burgers map based chaos pseudo-ran...
In this paper, it is proposed the utilization of chaotic pseudo random number generators based on si...
In this paper several previously successfully tested approaches for PSO algorithm are merged. The Mu...
In this study the Particle Swarm Optimization (PSO) algorithm with two simultaneously used chaotic p...
In this paper a previously proposed method is extended with pseudo-random number generator based on ...
In this paper, it is proposed the utilization of discrete Lozi map based chaos random number generat...
In this chapter a new approach for Particle Swarm Optimization (PSO) algorithm driven by chaotic pse...
In this paper, a chaotic pseudorandom generator is used to enhance the performance of Particle Swarm...