| Interface | Description |
|---|---|
| ParameterLearningProgress |
Interface to provide progress information during parameter learning.
|
| Class | Description |
|---|---|
| DistributedMapperContext |
Contains information used during distributed parameter learning.
|
| DistributerContext |
Contains contextual information about the process/iteration being distributed.
|
| DistributionSpecification |
Identifies a node's distribution to learn, and options for learning.
|
| InitializationOptions |
Options governing the initialization of distributions at the start of parameter learning.
|
| OnlineLearning |
Adapts the parameters of a Bayesian network, using Bayesian statistics.
|
| OnlineLearningOptions |
Options for online learning (adaptation using Bayesian statistics).
|
| ParameterLearning |
Learns the parameters of Bayesian networks and Dynamic Bayesian networks, from data.
|
| ParameterLearningOptions |
Options governing parameter learning.
|
| ParameterLearningOutput |
Contains summary information returned by
ParameterLearning.learn(com.bayesserver.data.EvidenceReaderCommand, com.bayesserver.learning.parameters.ParameterLearningOptions). |
| ParameterLearningProgressInfo |
Provides progress information during
ParameterLearning.learn(com.bayesserver.data.EvidenceReaderCommand, com.bayesserver.learning.parameters.ParameterLearningOptions). |
| Priors |
Contains parameters used to avoid boundary conditions during learning.
|
| Enum | Description |
|---|---|
| ConvergenceMethod |
The method used to determine whether learning has converged.
|
| DecisionPostProcessingMethod |
The type of post processing to be applied to the distributions of decision nodes at the end of parameter learning.
|
| DiscretePriorMethod |
The type of discrete prior to use for discrete distributions during parameter learning.
|
| DistributionMonitoring |
Indicates which distribution to monitor during learning.
|
| InitializationMethod |
Determines the algorithm used to initialize distributions during parameter learning.
|
| TimeSeriesMode |
Determines how time series distributions are learned.
|
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