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See:
Description
| Interface Summary | |
|---|---|
| PopulationOperator | A population operator which can be applied on the population. |
| Class Summary | |
|---|---|
| BoltzmannSelection | Like RouletteWheel this population operator selects a given fixed number of individuals by subdividing a roulette wheel in sections of size proportional to the individuals' fitness values. |
| Crossover | Crossover operator for the values of an evolution strategies optimization. |
| CutSelection | Creates a new population by a deterministical selection of the best individuals. |
| ElitistSelection | Performs a very elitist selection by just adding the best individual for k times. |
| ESOptimization | Evolutionary Strategy approach for SVM optimization. |
| GaussianMutation | Changes the values by adding a gaussian distribution multiplied with the current variance. |
| Individual | Individuals store information about the value vectors and the fitness. |
| NonDominatedSortingSelection | Performs the non-dominated sorting selection from NSGA-II. |
| NonDominatedSortingSelection.CriteriaComparator | The comparator for aggregation individuals using the fitness values of the m-th criterion. |
| NonDominatedSortingSelection.CrowdingComparator | The comparator for aggregation individuals using the crowding distance. |
| Population | A set of individuals. |
| PopulationPlotter | Plots the current generation's Pareto set. |
| RankSelection | Selects a given fixed number of individuals by subdividing a roulette wheel in sections of size proportional to the individuals' rank based on their fitness values. |
| RouletteWheel | Selects a given fixed number of individuals by subdividing a roulette wheel in sections of size proportional to the individuals' fitness values. |
| SparsityMutation | Checks for each value if it should mutated. |
| StochasticUniversalSampling | Similar to a the roulette wheel selection the fitness values of all individuals build a partition of the 360 degrees of a wheel. |
| SwitchingMutation | Checks for each value if it should mutated. |
| TournamentSelection | Performs tournaments with k participants. |
| UniformSelection | Selects a given fixed number of individuals by uniformly sampling from the current population until the desired population size is reached. |
| VarianceAdaption | Implements the 1/5-Rule for dynamic parameter adaption of the variance of a
GaussianMutation. |
Evolutionary Strategies Optimization for real valued optimization problems.
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