Uses of Interface
weka.attributeSelection.SubsetEvaluator

Packages that use SubsetEvaluator
weka.attributeSelection   
 

Uses of SubsetEvaluator in weka.attributeSelection
 

Classes in weka.attributeSelection that implement SubsetEvaluator
 class CfsSubsetEval
          CfsSubsetEval :

Evaluates the worth of a subset of attributes by considering the individual predictive ability of each feature along with the degree of redundancy between them.

Subsets of features that are highly correlated with the class while having low intercorrelation are preferred.

For more information see:

M.
 class ClassifierSubsetEval
          Classifier subset evaluator:

Evaluates attribute subsets on training data or a seperate hold out testing set.
 class ConsistencySubsetEval
          ConsistencySubsetEval :

Evaluates the worth of a subset of attributes by the level of consistency in the class values when the training instances are projected onto the subset of attributes.
 class CostSensitiveSubsetEval
          A meta subset evaluator that makes its base subset evaluator cost-sensitive.
 class FilteredSubsetEval
          Class for running an arbitrary subset evaluator on data that has been passed through an arbitrary filter (note: filters that alter the order or number of attributes are not allowed).
 class HoldOutSubsetEvaluator
          Abstract attribute subset evaluator capable of evaluating subsets with respect to a data set that is distinct from that used to initialize/ train the subset evaluator.
 class UnsupervisedSubsetEvaluator
          Abstract unsupervised attribute subset evaluator.
 class WrapperSubsetEval
          WrapperSubsetEval:

Evaluates attribute sets by using a learning scheme.
 

Methods in weka.attributeSelection with parameters of type SubsetEvaluator
 BitSet LFSMethods.floatingForwardSearch(int cacheSize, BitSet startGroup, int[] ranking, int k, boolean incrementK, int maxStale, Instances data, SubsetEvaluator evaluator, boolean verbose)
          Performs linear floating forward selection ( the stopping criteria cannot be changed to a specific size value )
 BitSet LFSMethods.forwardSearch(int cacheSize, BitSet startGroup, int[] ranking, int k, boolean incrementK, int maxStale, int forceResultSize, Instances data, SubsetEvaluator evaluator, boolean verbose)
          Performs linear forward selection
 int[] LFSMethods.rankAttributes(Instances data, SubsetEvaluator evaluator, boolean verbose)
           
 



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