Tracking Extrema in Dynamic Environments

作者: Peter J. Angeline

DOI: 10.1007/BFB0014823

关键词: GaussianEvolutionary programmingAlgorithmMutation (genetic algorithm)Computer scienceEvolutionary acquisition of neural topologiesHuman-based evolutionary computationInteractive evolutionary computationFunction (mathematics)Maxima and minima

摘要: Typical applications of evolutionary optimization involve the off-line approximation extrema static multi-modal functions. Methods which use a variety techniques to self-adapt mutation parameters have been shown be more successful than methods do not self-adaptation. For dynamic functions, interest is obtain but follow it as closely possible. This paper compares on-line tracking performance an program without self-adaptation against using self-adaptive Gaussian update rule over number dynamics applied simple function. The experiments demonstrate that for some effective while others detrimental.

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