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See:
Description
| Class Summary | |
|---|---|
| BayesianNetworkTrainSM | The class implements a Bayesian network (
StructureLearner.ModelType.BN ) of fixed order. |
| CombinationIterator | This class can be used for iterating over all possible combinations (in the sense of combinatorics). |
| DAGTrainSM | The abstract class for directed acyclic graphical models
(DAGTrainSM). |
| FSDAGModelForGibbsSampling | This is the class for a fixed structure directed acyclic graphical model (see
FSDAGTrainSM) that can be used in a Gibbs sampling. |
| FSDAGTrainSM | This class can be used for any discrete fixed structure
directed acyclic graphical model ( FSDAGTrainSM). |
| FSMEManager | This class can be used for any discrete fixed structure maximum entropy model (FSMEM). |
| InhCondProb | This class handles (conditional) probabilities of sequences for inhomogeneous models. |
| InhConstraint | This class is the superclass for all inhomogeneous constraints. |
| InhomogeneousDGTrainSM | This class is the main class for all inhomogeneous discrete
graphical models (InhomogeneousDGTrainSM). |
| MEM | This class represents a maximum entropy model. |
| MEManager | This class is the super class for all maximum entropy models |
| MEMConstraint | This constraint can be used for any maximum entropy model (MEM) application. |
| MEMTools | |
| MEMTools.DualFunction | The dual function to the constraint problem of learning MEM's. |
| SequenceIterator | This class is used to iterate over a discrete sequence. |
| StructureLearner | This class can be used to learn the structure of any discrete model. |
| TwoPointEvaluater | This class is for visualizing two point dependency between sequence positions. |
| Enum Summary | |
|---|---|
| StructureLearner.LearningType | This enum defines the different types of learning that are
possible with the StructureLearner. |
| StructureLearner.ModelType | This enum defines the different types of models that can be
learned with the StructureLearner. |
This package contains various inhomogeneous models. The most interesting classes are
BayesianNetworkTrainSM, which is either an inhomogeneous Markov model, a permuted Markov model or a Bayesian network
FSDAGTrainSM, which is a model on a fixed structure of a directed acyclic graph
de.jstacs.sequenceScores.statisticalModels.trainable.discrete.inhomogeneous.parameters
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