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Packages that use cc.mallet.fst | |
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cc.mallet.extract | Unimplemented. |
cc.mallet.fst | Transducers, including Conditional Random Fields (CRFs). |
cc.mallet.fst.confidence | |
cc.mallet.fst.semi_supervised | |
cc.mallet.fst.semi_supervised.constraints | |
cc.mallet.fst.semi_supervised.pr | |
cc.mallet.fst.semi_supervised.tui | |
cc.mallet.pipe.iterator | Classes that generate instances from different kinds of input or data structures. |
Classes in cc.mallet.fst used by cc.mallet.extract | |
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CRF
Represents a CRF model. |
Classes in cc.mallet.fst used by cc.mallet.fst | |
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CacheStaleIndicator
Indicates when the value/gradient during training becomes stale. |
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CRF
Represents a CRF model. |
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CRF.Factors
A simple, transparent container to hold the parameters or sufficient statistics for the CRF. |
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CRF.State
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CRF.TransitionIterator
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CRFOptimizableByBatchLabelLikelihood
Implements label likelihood gradient computations for batches of data, can be easily parallelized. |
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CRFOptimizableByLabelLikelihood
An objective function for CRFs that is the label likelihood plus a Gaussian or hyperbolic prior on parameters. |
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CRFTrainerByLabelLikelihood
Unlike ClassifierTrainer, TransducerTrainer is not "stateless" between calls to train. |
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CRFTrainerByValueGradients.OptimizableCRF
An optimizable CRF that contains a collection of objective functions. |
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FeatureTransducer
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FeatureTransducer.State
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HMM
A Hidden Markov Model. |
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HMM.State
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MaxLattice
The interface to classes implementing the Viterbi algorithm, finding the best sequence of states for a given input sequence. |
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MaxLatticeFactory
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MEMM
A Maximum Entropy Markov Model. |
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MEMM.State
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MEMMTrainer.MEMMOptimizableByLabelLikelihood
Represents the terms in the objective function. |
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Segment
Represents a labelled chunk of a Sequence segmented by a
Transducer , usually corresponding to some object extracted
from an input Sequence . |
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SegmentationEvaluator
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SumLattice
Interface to perform forward-backward during training of a transducer. |
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SumLatticeDefault
Default, full dynamic programming implementation of the Forward-Backward "Sum-(Product)-Lattice" algorithm |
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SumLatticeDefault.LatticeNode
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SumLatticeFactory
Provides factory methods to create inference engine for training a transducer. |
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SumLatticeScaling.LatticeNode
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Transducer
A base class for all sequence models, analogous to classify.Classifier . |
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Transducer.Incrementor
Methods to be called by inference methods to indicate partial counts of sufficient statistics. |
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Transducer.State
An abstract class used to represent the states of the transducer. |
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Transducer.TransitionIterator
An abstract class to iterate over the states of the transducer. |
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TransducerEvaluator
An abstract class to evaluate a transducer model. |
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TransducerTrainer
An abstract class to train and evaluate a transducer model. |
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TransducerTrainer.ByIncrements
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TransducerTrainer.ByInstanceIncrements
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TransducerTrainer.ByOptimization
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Classes in cc.mallet.fst used by cc.mallet.fst.confidence | |
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Segment
Represents a labelled chunk of a Sequence segmented by a
Transducer , usually corresponding to some object extracted
from an input Sequence . |
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SumLatticeDefault
Default, full dynamic programming implementation of the Forward-Backward "Sum-(Product)-Lattice" algorithm |
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Transducer
A base class for all sequence models, analogous to classify.Classifier . |
Classes in cc.mallet.fst used by cc.mallet.fst.semi_supervised | |
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CRF
Represents a CRF model. |
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CRF.Factors
A simple, transparent container to hold the parameters or sufficient statistics for the CRF. |
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Transducer
A base class for all sequence models, analogous to classify.Classifier . |
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Transducer.Incrementor
Methods to be called by inference methods to indicate partial counts of sufficient statistics. |
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Transducer.State
An abstract class used to represent the states of the transducer. |
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TransducerTrainer
An abstract class to train and evaluate a transducer model. |
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TransducerTrainer.ByOptimization
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Classes in cc.mallet.fst used by cc.mallet.fst.semi_supervised.constraints | |
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SumLattice
Interface to perform forward-backward during training of a transducer. |
Classes in cc.mallet.fst used by cc.mallet.fst.semi_supervised.pr | |
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CRF
Represents a CRF model. |
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CRF.Factors
A simple, transparent container to hold the parameters or sufficient statistics for the CRF. |
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CRF.State
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SumLattice
Interface to perform forward-backward during training of a transducer. |
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Transducer
A base class for all sequence models, analogous to classify.Classifier . |
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Transducer.Incrementor
Methods to be called by inference methods to indicate partial counts of sufficient statistics. |
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Transducer.State
An abstract class used to represent the states of the transducer. |
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Transducer.TransitionIterator
An abstract class to iterate over the states of the transducer. |
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TransducerTrainer
An abstract class to train and evaluate a transducer model. |
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TransducerTrainer.ByOptimization
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Classes in cc.mallet.fst used by cc.mallet.fst.semi_supervised.tui | |
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CRF
Represents a CRF model. |
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Transducer
A base class for all sequence models, analogous to classify.Classifier . |
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TransducerEvaluator
An abstract class to evaluate a transducer model. |
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TransducerTrainer
An abstract class to train and evaluate a transducer model. |
Classes in cc.mallet.fst used by cc.mallet.pipe.iterator | |
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Segment
Represents a labelled chunk of a Sequence segmented by a
Transducer , usually corresponding to some object extracted
from an input Sequence . |
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Transducer
A base class for all sequence models, analogous to classify.Classifier . |
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