Title
Extended particle swarm optimiser with adaptive acceleration coefficients and its application in nonlinear blind source separation
Abstract
First, based on the particle swarm optimization, an extended particle swarm optimizer with acceleration coefficients (EPSO_AAC) is presented. The personal best particle is replaced by the average of personal best particles in swarm at generation, and time-varying acceleration coefficients are applied by establishing a nonlinear functional relationship between acceleration coefficients and the different of the average fitness of all particles and the fitness of the global best particle. The proposed algorithm uses more particles' information, and adjusts adaptively “cognition” component and “social” component by time-varying acceleration coefficients, thus improves convergence performance. Then, the proposed algorithm is applied to nonlinear blind source separation. The demixing system of the nonlinear mixtures is modeled using a multi-input multi-output B-spline neural network whose weights are optimized under the criterion of independence of its outputs by EPSO_AAC. The experiment results demonstrate that the proposed algorithms are effective, and have good convergence performance.
Year
DOI
Venue
2006
10.1007/11893257_128
ICONIP
Keywords
Field
DocType
particle swarm optimization,extended particle swarm optimizer,nonlinear mixture,acceleration coefficient,adaptive acceleration coefficient,extended particle swarm optimiser,personal best particle,nonlinear blind source separation,nonlinear functional relationship,time-varying acceleration coefficient,proposed algorithm,average fitness,global best particle,neural network,blind source separation
Nonlinear system,Evolutionary algorithm,Swarm behaviour,Computer science,Swarm intelligence,Artificial intelligence,Blind signal separation,Source separation,Particle swarm optimization,Mathematical optimization,Pattern recognition,Algorithm,Acceleration
Conference
Volume
ISSN
ISBN
4233
0302-9743
3-540-46481-6
Citations 
PageRank 
References 
1
0.37
9
Authors
4
Name
Order
Citations
PageRank
Ying Gao1165.72
Zhaohui Li210.37
Hui Zheng37315.94
Huailiang Liu4141.65