Title of paper:
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A generalized net model of a mutation operator for the breeder genetic algorithm
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Author(s):
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Tania Pencheva
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Centre of Biomedical Engineering – Bulgarian Academy of Sciences, 105, Acad. G. Bonchev Str., Sofia 1113, Bulgaria
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tania.pencheva@clbme.bas.bg
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Olympia Roeva
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Centre of Biomedical Engineering – Bulgarian Academy of Sciences, 105, Acad. G. Bonchev Str., Sofia 1113, Bulgaria
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olympia@clbme.bas.bg
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Anthony Shannon
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Raffles College of Design and Commerce, North Sydney, 2060, Australia Warrane College, University of New South Wales, Kensington, 1465, Australia
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tonySHANNON@raffles.edu.au , tony@warrane.unsw.edu.au
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Presented at:
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9th IWGN, Sofia, 4 July 2008
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Published in:
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Conference proceedings, pages 64—70
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Download:
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PDF (174 Kb, File info)
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Abstract:
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The apparatus of Generalized nets is here applied to a description of different techniques of crossover, which is one of the basic genetic algorithm operators. Presented here are GN models which describe three crossover techniques, namely one-point, two-point crossover as well as the “cut and splice” technique. The resulting GN models can be considered as separate modules, but they can also be accumulated into a GN model to describe a whole genetic algorithm.
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Keywords:
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Generalized nets, Genetic algorithms, Crossover
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References:
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Citations:
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