Publication | Closed Access
On the use of niching for dynamic landscapes
84
Citations
9
References
2002
Year
Unknown Venue
EngineeringGeomorphologyLandscape ArchitectureFitness Landscape ChangesIntelligent SystemsEnvironmental PlanningLandscape DesignSocial SciencesEvolutionary Multimodal OptimizationMemetic AlgorithmGenetic AlgorithmSystems EngineeringComputational GeometryEvolution-based MethodGeometric ModelingLandscape PlanningGeographyLandscape ChangeComputer ScienceLandscape Evolution ModelEvolutionary ProgrammingGenetic AlgorithmsDynamic LandscapesEvolutionary BiologyDynamic Landscape
Application of genetic algorithms to problems where the fitness landscape changes dynamically is a challenging problem. Genetic algorithms for such environments must maintain a diverse population that can adapt to the changing landscape and locate better solutions dynamically. A niching genetic algorithm suitable for locating multiple solutions in a multimodal landscape is applied. The results show the suitability of such approach to locate and maintain solutions in a dynamic landscape.
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