Publication | Closed Access
Simplex crossover and linkage identification: single-stage evolution vs. multi-stage evolution
33
Citations
13
References
2003
Year
Unknown Venue
Linkage IdentificationEngineeringGeneticsMolecular GeneticsEvolutionary AlgorithmsGenomicsMemetic AlgorithmEvolution StrategyGenetic AlgorithmSystems EngineeringHybrid Optimization TechniqueEvolution-based MethodMedicineComputer EngineeringGenetic VariationGene EvolutionBioinformaticsEvolutionary ProgrammingLinkage DisequilibriumGenetic AlgorithmsSimplex CrossoverEvolutionary BiologyComputational BiologySingle-stage EvolutionLinkage Analysis
Previous studies have proposed simplex crossover for real-coded genetic algorithms (GAs). In this paper, we propose two types of linkage identification for simplex crossover: the linkage identification with single-stage evolution (LISS) and linkage identification with multi-stage evolution (LIMS); and a comparative study is performed. Results show that the LIMS has a more stable performance than LISS.
| Year | Citations | |
|---|---|---|
Page 1
Page 1