With the Bayesian Network (Bayes Net) node, you can build a
probability model by combining observed and recorded evidence with real-world knowledge to establish
the likelihood of occurrences. The node focuses on Tree Augmented Naïve Bayes (TAN) and Markov
Blanket networks that are primarily used for classification.
Bayesian network models use a single target field, and one or more input fields. Continuous
fields are automatically binned. See the topic Common modeling node properties for more information.
continue_training_existing_model
flag
structure_type
TANMarkovBlanket
Select the structure to be used when building the Bayesian network.
use_feature_selection
flag
parameter_learning_method
LikelihoodBayes
Specifies the method used to estimate the conditional probability tables between nodes where
the values of the parents are known.
mode
ExpertSimple
missing_values
flag
all_probabilities
flag
independence
LikelihoodPearson
Specifies the method used to determine whether paired observations on two variables are
independent of each other.
significance_level
number
Specifies the cutoff value for determining independence.
maximal_conditioning_set
number
Sets the maximal number of conditioning variables to be used for independence
testing.
inputs_always_selected
[field1 ... fieldN]
Specifies which fields from the dataset are always to be used when building the Bayesian network.
Note: The target field is always selected.
maximum_number_inputs
number
Specifies the maximum number of input fields to be used in building the Bayesian
network.