TL;DR
This paper introduces a GAN-based approach for classifying citation intents, demonstrating its efficiency and impact on citation network analysis by showing how filtering citation types influences paper centrality metrics.
Contribution
It presents a novel GAN architecture for citation intent classification that achieves competitive results with fewer parameters and explores its effect on citation network centrality measures.
Findings
GAN-based method achieves near state-of-the-art classification performance
Filtering citation intents significantly alters paper centrality rankings
Betweenness centrality is most sensitive to citation intent filtering
Abstract
Citations play a fundamental role in the scientific ecosystem, serving as a foundation for tracking the flow of knowledge, acknowledging prior work, and assessing scholarly influence. In scientometrics, they are also central to the construction of quantitative indicators. Not all citations, however, serve the same function: some provide background, others introduce methods, or compare results. Therefore, understanding citation intent allows for a more nuanced interpretation of scientific impact. In this paper, we adopted a GAN-based method to classify citation intents. Our results revealed that the proposed method achieves competitive classification performance, closely matching state-of-the-art results with substantially fewer parameters. This demonstrates the effectiveness and efficiency of leveraging GAN architectures combined with contextual embeddings in intent classification task.…
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