Methods for learning sparse Bayesian networks and other graphical models from observational and experimental data via sparse regularization. Includes algorithms for both continuous and discrete data.
The main methods for learning graphical models in sparsebn
are:
estimate.dag
for directed acyclic graphs.
estimate.precision
for undirected graphs.
estimate.covariance
for covariance matrices.
The workhorse behind sparsebn
is the sparsebnUtils
package, which provides various S3 classes and methods for representing and manipulating graphs.
For more details on this package and the functionality it provides, see ?sparsebnUtils
.
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