Generalized Partitioned Local Depth
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jats:titleAbstract</jats:title>jats:pIn this paper, we provide a generalization of the concept of cohesion as introduced recently by Berenhaut et al. (Proc Natl Acad Sci 119:2003634119, 2022). The formulation presented builds on the technique of partitioned local depth by distilling two key probabilistic concepts: jats:italiclocal relevance</jats:italic> and jats:italicsupport division</jats:italic>. Earlier results are extended within the new context, and examples of applications to revealing communities in data with uncertainty are included. The work sheds light on the foundations of partitioned local depth, and extends the original ideas to enable probabilistic consideration of uncertain, variable and potentially conflicting information.</jats:p>
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Acknowledgements: The authors thank Katherine Moore, Richard Darling, several individuals at Metron, Inc., and others for stimulating discussions on communities in data.
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1559-8616