Latent Multi-group Membership Graph Model
Myunghwan Kim, Jure Leskovec

TL;DR
The paper introduces the Latent Multi-group Membership Graph (LMMG) model, which captures complex network structures by modeling nodes with multiple group memberships, enabling link prediction and feature inference.
Contribution
It presents a novel probabilistic model that integrates node features and multiple group memberships, along with efficient algorithms for inference and learning.
Findings
Effective in summarizing network structure
Accurate link prediction on social and document networks
Successful feature missing data imputation
Abstract
We develop the Latent Multi-group Membership Graph (LMMG) model, a model of networks with rich node feature structure. In the LMMG model, each node belongs to multiple groups and each latent group models the occurrence of links as well as the node feature structure. The LMMG can be used to summarize the network structure, to predict links between the nodes, and to predict missing features of a node. We derive efficient inference and learning algorithms and evaluate the predictive performance of the LMMG on several social and document network datasets.
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Taxonomy
TopicsGraph Theory and Algorithms · Complex Network Analysis Techniques · Advanced Graph Neural Networks
