Agglomerative Hierarchical Clustering Without Reversals on Dendrograms Using Asymmetric Similarity Measures
Satoshi Takumi, Sadaaki Miyamoto
Abstract
Satoshi Takumi, Sadaaki Miyamoto
Abstract
Algorithms of agglomerative hierarchical clustering using asymmetric similarity measures are studied. Two different measures between two clusters are proposed, one of which generalizes the average linkage for symmetric similarity measures. Asymmetric dendrogram representation is considered after foregoing studies. It is proved that the proposed linkage methods for asymmetric measures have no reversals in the dendrograms. Examples based on real data show how the methods work.
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Algorithms of agglomerative hierarchical clustering using asymmetric similarity measures are studied. Two different measures between two clusters are proposed, one of which generalizes the average linkage for symmetric similarity measures. Asymmetric dendrogram representation is considered after foregoing studies. It is proved that the proposed linkage methods for asymmetric measures have no reversals in the dendrograms. Examples based on real data show how the methods work.
Key concepts: Dendrogram, Hierarchical clustering, Similarity (geometry), Hierarchical clustering of networks, Complete linkage, Single-linkage clustering, Computer science, Cluster analysis