Graph Attention Network for Interpretable Graph Community Detection

Identifying communities within complex networks is crucial for understanding their organization and function. While numerous community detection algorithms exist, many lack inherent explainability, hindering practical application and trust. To address this, we propose IGCD, an Interpretable Graph Community Detection framework. Our approach first utilizes the Louvain algorithm for an initial partitioning of the network. Subsequently, a Community-aware Graph Attention Network (GAT) refines these initial assignments, leveraging node features and network structure. Finally, gradient-based techniques are employed to provide explanations for the resulting community assignments by quantifying the importance of input features. Experiments on a real-world social network demonstrate that our method achieves competitive accuracy in community detection while offering valuable insights into the factors driving community formation.

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Publication Details

Published
2025-02-28
DOI
https://doi.org/10.1109/isbdas64762.2025.11117054
Primary Topic
Advanced Graph Neural Networks
Type
article
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article

Graph Attention Network for Interpretable Graph Community Detection

Chao Deng, Yuhua Mo, Rongpei Hong, Tiantian Tang et al.
Advanced Graph Neural Networks
article

Graph Attention Network for Interpretable Graph Community Detection

Chao Deng, Yuhua Mo, Rongpei Hong, Tiantian Tang, Yue Gu, Paiyu Li
article en

Abstract

Identifying communities within complex networks is crucial for understanding their organization and function. While numerous community detection algorithms exist, many lack inherent explainability, hindering practical application and trust. To address this, we propose IGCD, an Interpretable Graph Community Detection framework. Our approach first utilizes the Louvain algorithm for an initial partitioning of the network. Subsequently, a Community-aware Graph Attention Network (GAT) refines these initial assignments, leveraging node features and network structure. Finally, gradient-based techniques are employed to provide explanations for the resulting community assignments by quantifying the importance of input features. Experiments on a real-world social network demonstrate that our method achieves competitive accuracy in community detection while offering valuable insights into the factors driving community formation.

University of Electronic Science and Technology of China (CN), China Tobacco Guangxi Industrial (China) (CN)
Openalex Percentile: Top 89%
Advanced Graph Neural Networks
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