Article-Journal

CCF-A

SARL: A Scalable Attribute-Informed Representation Learning Framework for Bipartite Graphs

IEEE Transactions on Knowledge and Data Engineering, 2026

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Jianke Yu
CCF-A

MGDN: A Graph of Graphs Neural Network for Malware Detection

IEEE Transactions on Knowledge and Data Engineering, 2026

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Jianke Yu
CCF-B

Finding critical users in social networks with reinforcement learning

Information Sciences, 2026

xulu-gong
CCF-B

RIDA: a robust attack framework on incomplete graphs

World Wide Web, 2025

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Jianke Yu
CCF-B

IGFM: An Enhanced Graph Similarity Computation Method with Fine-Grained Analysis

Abstract In the rapidly advancing field of graph-based applications, accurate graph similarity computing (GSC) has become increasingly important. However, due to the complexity of …

min-pei
CCF-A

Temporal Insights for Group-Based Fraud Detection on e-Commerce Platforms

Along with the rapid technological and commercial innovation on e-commerce platforms, an increasing number of frauds cause great harm to these platforms. Many frauds are conducted …

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Jianke Yu
CCF-B

FPGN: follower prediction framework for infectious disease prevention

Abstract In recent years, how to prevent the widespread transmission of infectious diseases in communities has been a research hot spot. Tracing close contact with infected …

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Jianke Yu
CCF-A

Neural Similarity Search on Supergraph Containment

Supergraph search is a fundamental graph query processing problem. Supergraph search aims to find all data graphs contained in a given query graph based on the subgraph …

hanchen-wang
CCF-B

Polarity-based graph neural network for sign prediction in signed bipartite graphs

Abstract As a fundamental data structure, graphs are ubiquitous in various applications. Among all types of graphs, signed bipartite graphs contain complex structures with positive …

xianhang-zhang
CCF-B

Bipartite graph capsule network

Abstract Graphs have been widely adopted in various fields, where many graph models are developed. Most of previous research focuses on unipartite or homogeneous graph analysis.

xianhang-zhang