This class contains all HMM information required for decoding.
Public Methods
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void mergeModels( int n_models, DecodingHMM** models )
- Internal function to merge component models into a big HMM
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void setupSuccessorStates( DecodingHMMState* state, short n_successors_, short* sucessor_states_, real* log_trans_probs_ )
- Configures successor state information for the state denoted by 'state'
Public Members
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Converts a Torch HMM instance to a DecodingHMM representation.
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class contains a lot of member variables used in training that are not
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Concatenates all elements in the array of DecodingHMM instances into a single
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Creates a DecodingHMM using the distributions in 'states_' and the log
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Initialises the state denoted by 'state' with a Distribution and
Documentation
This class contains all HMM information required for decoding. Most information
is embedded in the states themselves (DecodingHMMState structures). The DecodingHMM
can be created a number of ways to facilitate compatibility with the Torch HMM class
and to allow easy concatenation of models (eg. when constructing word models from
phoneme models).
- Converts a Torch HMM instance to a DecodingHMM representation.
- Converts a Torch HMM instance to a DecodingHMM representation. The Torch HMM
- class contains a lot of member variables used in training that are not
- class contains a lot of member variables used in training that are not
- Concatenates all elements in the array of DecodingHMM instances into a single
- Concatenates all elements in the array of DecodingHMM instances into a single
- Creates a DecodingHMM using the distributions in 'states_' and the log
- Creates a DecodingHMM using the distributions in 'states_' and the log
- void mergeModels( int n_models, DecodingHMM** models )
- Internal function to merge component models into a big HMM
- void setupSuccessorStates( DecodingHMMState* state, short n_successors_, short* sucessor_states_, real* log_trans_probs_ )
- Configures successor state information for the state denoted by 'state'
- Initialises the state denoted by 'state' with a Distribution and
- Initialises the state denoted by 'state' with a Distribution and
- This class has no child classes.
- Author:
- Darren Moore (moore@idiap.ch)
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