Large Language Model Enhanced Logic Tensor Network for Stance Detection

Genan Dai

doi:10.1016/j.neunet.2024.106956

Large Language Model Enhanced Logic Tensor Network for Stance Detection

2025-03-01

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DOI：10.1016/j.neunet.2024.106956

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Social media platforms, rich in user-generated content, offer a unique perspective on public opinion, making stance detection an essential task in opinion mining. However, traditional deep neural networks for stance detection often suffer from limitations, including the requirement for large amounts of labeled data, uninterpretability of prediction results, and difficulty in incorporating human intentions and domain knowledge. This paper introduces the First-Order Logic Aggregated R easoning framework (FOLAR), an innovative approach that integrates first-order logic (FOL) with large language models (LLMs) to enhance the interpretability and efficacy of stance detection. FOLAR comprises three key components: a Knowledge Elicitation module that generates FOL rules using a chain-of-thought prompting method, a Logic Tensor Network (LTN) that encodes these rules for stance detection, and a Multi-Decision Fusion mechanism that aggregates LTNs' outputs to minimize biases and improve robustness. Our experiments on standard benchmarks demonstrate the effectiveness of FOLAR, showing it as a promising solution for explainable and accurate stance detection. The source code will be made publicly available to foster further research.

Keywords:

Logic tensor network

Stance detection

Chain-of-thought

Large Language Model Enhanced Logic Tensor Network for Stance Detection

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