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See:
Description
| Interface Summary | |
|---|---|
| Clusterer<E> | The Clusterer interface defines a means of clustering
a set of input elements |
| HierarchicalClusterer<E> | The HierarchicalClusterer interface defines a means of
clustering a set of objects into a hierarchy of clusters. |
| Class Summary | |
|---|---|
| AbstractHierarchicalClusterer<E> | An AbstractHierachicalClusterer provides an adapter
for clustering for hierarchical clusterers. |
| ClusterScore<E> | A ClusterScore provides a range of cluster scoring
metrics for reference partitions versus response partitions. |
| CompleteLinkClusterer<E> | A CompleteLinkClusterer implements complete link
agglomerative clustering. |
| Dendrogram<E> | A Dendrogram represents the result of a weighted
hierarchical clustering of a set of objects. |
| KMeansClusterer<E> | A KMeansClusterer provides an implementation of
k-means(++) clustering based on vectors constructed by feature
extractors. |
| LatentDirichletAllocation | A LatentDirichletAllocation object represents a latent
Dirichlet allocation (LDA) model. |
| LatentDirichletAllocation.GibbsSample | The LatentDirichletAllocation.GibbsSample class
encapsulates all of the information related to a single Gibbs
sample for latent Dirichlet allocation (LDA). |
| LeafDendrogram<E> | A LeafDendrogram represents a dendrogram consisting
of a single object with link cost of 0.0. |
| LinkDendrogram<E> | A LinkDendrogram consists of a pair of sub-dendrograms
which are joined at a specified cost. |
| SingleLinkClusterer<E> | A SingleLinkClusterer implements standard single-link
agglomerative clustering. |
Classes for clustering data and evaluation.
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