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article · Journal of Hebei North University · 2010

Application of Genetic Algorithm to Independent Component Analysis

Baiping Ouyang

Cited by 0Abstract and details only

Abstract

In this paper,application of GA to ICA is studied.The algorithm takes fully advantage of features in separated signals.Not only does it overcome usual gradient algorithms'disadvantages of falling into partial optimisation,but also it avoids complete random search in genetic algorithms.This algorithm takes KL divergence as its original objective function and forms a constrained multi-objective optimization algorithm by subjecting to separated matrix.And it solves the problem by iteration,and constructs a new fitness function based on the original objective function.Then it takes float coding,arithmetic combinatorial crossover,mutation along the weighted gradient direction and selection by the roulette strategy.After a few iterative steps,the optima is obtained by using mutation,crossover and selection operators.Compared with other usual ICA algorithms,simulations show that this new algorithm has better performance and separation.

Cite this paper

APA 7

Ouyang, B. (2010). Application of Genetic Algorithm to Independent Component Analysis. Journal of Hebei North University.

MLA 9

Ouyang, Baiping. “Application of Genetic Algorithm to Independent Component Analysis.” Journal of Hebei North University, 2010.

Chicago

Ouyang, Baiping. 2010. “Application of Genetic Algorithm to Independent Component Analysis.” Journal of Hebei North University.

Harvard

Ouyang, B. (2010) ‘Application of Genetic Algorithm to Independent Component Analysis’, Journal of Hebei North University.

BibTeX
@article{ouyang2010application,
  title = {{Application of Genetic Algorithm to Independent Component Analysis}},
  author = {Ouyang, Baiping},
  journal = {Journal of Hebei North University},
  year = {2010}
}

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