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See:
Description
| Interface Summary | |
|---|---|
| Distribution | Distribution is an interface for a distribution class. |
| Learner | A Learner is an operator that encapsulates the learning step of a machine learning method. |
| Class Summary | |
|---|---|
| AbstractLearner | A Learner is an operator that encapsulates the learning step of a machine learning method. |
| BestRuleInduction | This operator returns the best rule regarding WRAcc using exhaustive search. |
| ConjunctiveRuleModel | Each object of this class represents a conjunctive rule with boolean target and nominal attributes. |
| DiscreteDistribution | DiscreteDistribution is an distribution for nominal values. |
| DistributionModel | DistributionModel is a model for learner, which generate estimated distributions for prediction. |
| LearnerCapability | The possible capabilities for all learners. |
| MultiCriterionDecisionStumps | A DecisionStump clone that allows to specify different utility functions. |
| NaiveBayes | NaiveBayes is a lerner, using normal distributions to estimate real distribution of data |
| NormalDistribution | Normaldistribution is a distribution, calculating the probaility for a given value from an gaussian normal distribution. |
| PredictionModel | PredictionModel is the superclass for all objects generated by learners, i.e. |
| SimpleBinaryPredictionModel | A model that can be applied to an example set by applying it to each example separately. |
| SimplePredictionModel | A model that can be applied to an example set by applying it to each example separately. |
Provides learning operators. These receive an example set as input and return a model for predicting the labels of new and unlabelled examples.
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