Uses of Package
de.kumpe.hadooptimizer

Packages that use de.kumpe.hadooptimizer
de.kumpe.hadooptimizer Core classes of the HadoOptimizer-Framework. 
de.kumpe.hadooptimizer.examples Implementations for exemplary optimization-problems. 
de.kumpe.hadooptimizer.examples.benchmark Implementations benchmarking HadoOptimizer. 
de.kumpe.hadooptimizer.examples.functions Implementations of EAs which try to find minimums of functions. 
de.kumpe.hadooptimizer.examples.neurons Examples which uses EAs to teach neuronal networks. 
de.kumpe.hadooptimizer.examples.tutorial The examples used in my diploma theses. 
de.kumpe.hadooptimizer.hadoop Optimizer implementations running in a Hadoop cluster. 
de.kumpe.hadooptimizer.impl Some basic und useful implementations of the evolution cycle's interfaces. 
de.kumpe.hadooptimizer.jeneva   
de.kumpe.hadooptimizer.simple Optimizer implementations running on the local machine. 
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
EaOptimizerConfigurationBase
          The base class of configurations for evolutionary algorithms based optimizers.
EsOptimizerConfiguration
          A configuration for evolution strategies.
EvaluationResult
          Represents an immutable result of an evaluation.
Evaluator
          An Evaluator calculates the evaluation (fitness) of a given individual as a single double-value.
Halter
          A Halter decides whether to stop or continue the evolution cycle.
Mutator
          A Mutator creates a mutant of the given individual.
OptimizerConfiguration
          The base class of all Optimizer configurations.
PopulationReader
          A PopulationReader is used to read the start population during initialization of the evolution cycles.
PopulationWriter
          A PopulationWriter is used to store the resulting population of an optimization.
RandomGeneratorFactory
          Factory for RandomGenerators
Recombiner
          A Recombiner combines the given n parents to form m children.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.examples
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
EaOptimizerConfigurationBase
          The base class of configurations for evolutionary algorithms based optimizers.
EsOptimizerConfiguration
          A configuration for evolution strategies.
RandomGeneratorFactory
          Factory for RandomGenerators
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.examples.benchmark
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.examples.functions
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
EvaluationResult
          Represents an immutable result of an evaluation.
Evaluator
          An Evaluator calculates the evaluation (fitness) of a given individual as a single double-value.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.examples.neurons
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
EvaluationResult
          Represents an immutable result of an evaluation.
Evaluator
          An Evaluator calculates the evaluation (fitness) of a given individual as a single double-value.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.examples.tutorial
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.hadoop
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
EaOptimizerConfigurationBase
          The base class of configurations for evolutionary algorithms based optimizers.
EsIndividual
          A special type of an immutable individual for evolution strategies.
EsOptimizerConfiguration
          A configuration for evolution strategies.
Halter
          A Halter decides whether to stop or continue the evolution cycle.
Optimizer
          An Optimizer tries to optimize a given population of individuals to improve their fitness.
OptimizerConfiguration
          The base class of all Optimizer configurations.
RandomGeneratorFactory
          Factory for RandomGenerators
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.impl
EsIndividual
          A special type of an immutable individual for evolution strategies.
EsWrappableMutator
          Makes a Mutator wrappable by the EsMutatorWrapper.
EvaluationResult
          Represents an immutable result of an evaluation.
Evaluator
          An Evaluator calculates the evaluation (fitness) of a given individual as a single double-value.
Halter
          A Halter decides whether to stop or continue the evolution cycle.
Mutator
          A Mutator creates a mutant of the given individual.
NeedsRandomGenerator
          Implementing this interfaces enables injection of seeded RandomGenerator -instances.
PopulationReader
          A PopulationReader is used to read the start population during initialization of the evolution cycles.
PopulationWriter
          A PopulationWriter is used to store the resulting population of an optimization.
Recombiner
          A Recombiner combines the given n parents to form m children.
Stoppable
          Marks a Halter to be stoppable.
Wrapper
          Marks a class to be a wrapper of another interface or class.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.jeneva
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
Optimizer
          An Optimizer tries to optimize a given population of individuals to improve their fitness.
 

Classes in de.kumpe.hadooptimizer used by de.kumpe.hadooptimizer.simple
EaOptimizerConfiguration
          A configuration for a general evolutionary algorithm.
EsOptimizerConfiguration
          A configuration for evolution strategies.
Optimizer
          An Optimizer tries to optimize a given population of individuals to improve their fitness.
 



Copyright © 2011 Christian Kumpe. All Rights Reserved.