RAGAT-Mind: A Multi-Granular Modeling Approach for Rumor Detection Based on MindSpore

Fuente: arXiv
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Auteurs principaux: Qin, Zhenkai, Yang, Guifang, Wu, Dongze
Format: Preprint
Publié: 2025
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author Qin, Zhenkai
Yang, Guifang
Wu, Dongze
author_facet Qin, Zhenkai
Yang, Guifang
Wu, Dongze
contents As false information continues to proliferate across social media platforms, effective rumor detection has emerged as a pressing challenge in natural language processing. This paper proposes RAGAT-Mind, a multi-granular modeling approach for Chinese rumor detection, built upon the MindSpore deep learning framework. The model integrates TextCNN for local semantic extraction, bidirectional GRU for sequential context learning, Multi-Head Self-Attention for global dependency focusing, and Bidirectional Graph Convolutional Networks (BiGCN) for structural representation of word co-occurrence graphs. Experiments on the Weibo1-Rumor dataset demonstrate that RAGAT-Mind achieves superior classification performance, attaining 99.2% accuracy and a macro-F1 score of 0.9919. The results validate the effectiveness of combining hierarchical linguistic features with graph-based semantic structures. Furthermore, the model exhibits strong generalization and interpretability, highlighting its practical value for real-world rumor detection applications.
format Preprint
id arxiv_https___arxiv_org_abs_2504_17574
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle RAGAT-Mind: A Multi-Granular Modeling Approach for Rumor Detection Based on MindSpore
Qin, Zhenkai
Yang, Guifang
Wu, Dongze
Computation and Language
Computers and Society
As false information continues to proliferate across social media platforms, effective rumor detection has emerged as a pressing challenge in natural language processing. This paper proposes RAGAT-Mind, a multi-granular modeling approach for Chinese rumor detection, built upon the MindSpore deep learning framework. The model integrates TextCNN for local semantic extraction, bidirectional GRU for sequential context learning, Multi-Head Self-Attention for global dependency focusing, and Bidirectional Graph Convolutional Networks (BiGCN) for structural representation of word co-occurrence graphs. Experiments on the Weibo1-Rumor dataset demonstrate that RAGAT-Mind achieves superior classification performance, attaining 99.2% accuracy and a macro-F1 score of 0.9919. The results validate the effectiveness of combining hierarchical linguistic features with graph-based semantic structures. Furthermore, the model exhibits strong generalization and interpretability, highlighting its practical value for real-world rumor detection applications.
title RAGAT-Mind: A Multi-Granular Modeling Approach for Rumor Detection Based on MindSpore
topic Computation and Language
Computers and Society
url https://arxiv.org/abs/2504.17574