2013•Journal of Liaoning University of TechnologyRequires access

Performance Comparison Analysis of Multiple Genetic Algorithms for Function Optimization

Qi Chan

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Abstract

The comparision of four kinds of commonly used genetic algorithms(fitness function calibration genetic algorithm,sequential selection genetic algorithm,two-point crossover genetic algorithm and adaptive genetic algorithm) was carried out in solving function optimization problem.And MATLAB was used to simulate the experiment.The simulation shows that better stability is shown in fitness function calibration genetic algorithm,sequential selection genetic algorithm and adaptive genetic algorithm except in two-point crossover genetic algorithm,and the optimal solutions of them are more accurate.Among them,sequential selection genetic algorithm is better than the others.

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What this paper is about

The comparision of four kinds of commonly used genetic algorithms(fitness function calibration genetic algorithm,sequential selection genetic algorithm,two-point crossover genetic algorithm and adaptive genetic algorithm) was carried out in solving function optimization problem.And MATLAB was used to simulate the experiment.The simulation shows that better stability is shown in fitness function calibration genetic algorithm,sequential selection genetic algorithm and adaptive genetic algorithm except in two-point crossover genetic algorithm,and the optimal solutions of them are more accurate.Among them,sequential selection genetic algorithm is better than the others.

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Available abstract

The comparision of four kinds of commonly used genetic algorithms(fitness function calibration genetic algorithm,sequential selection genetic algorithm,two-point crossover genetic algorithm and adaptive genetic algorithm) was carried out in solving function optimization problem.And MATLAB was used to simulate the experiment.The simulation shows that better stability is shown in fitness function calibration genetic algorithm,sequential selection genetic algorithm and adaptive genetic algorithm except in two-point crossover genetic algorithm,and the optimal solutions of them are more accurate.Among them,sequential selection genetic algorithm is better than the others.

Key concepts: Crossover, Genetic algorithm, Selection (genetic algorithm), Quality control and genetic algorithms, Population-based incremental learning, Meta-optimization, Fitness function, Algorithm

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