Financial sentiment analysis for pre-trained language models incorporating dictionary knowledge and neutral features

With increasing financial market complexity, accurate sentiment analysis of financial texts has become crucial. Traditional methods often misinterpret financial terminology and show high error rates in neutral sentiment recognition. This study aims to improve financial sentiment analysis accuracy through developing EnhancedFinSentiBERT, a model incorporating financial domain pre-training, dictionary knowledge embedding, and neutral feature extraction. Experiments on the FinancialPhraseBank, FiQA and Headline datasets demonstrate the model’s superior performance compared to mainstream methods, particularly in neutral sentiment recognition. Ablation analysis reveals that dictionary knowledge embedding and neutral feature extraction contribute most significantly to model improvement.

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Publication Details

Journal
Natural Language Processing Journal
Published
2025-04-23
DOI
https://doi.org/10.1016/j.nlp.2025.100148
Citations
4
Primary Topic
Stock Market Forecasting Methods
Type
article
Field-Weighted Citation Impact
8.43
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article

Financial sentiment analysis for pre-trained language models incorporating dictionary knowledge and neutral features

Yongyong Sun, Fei Xu, He Yuan
4 citations
Natural Language Processing Journal
Stock Market Forecasting Methods
8.43
article

Financial sentiment analysis for pre-trained language models incorporating dictionary knowledge and neutral features

Yongyong Sun, Fei Xu, He Yuan
article en
4 citations

Abstract

With increasing financial market complexity, accurate sentiment analysis of financial texts has become crucial. Traditional methods often misinterpret financial terminology and show high error rates in neutral sentiment recognition. This study aims to improve financial sentiment analysis accuracy through developing EnhancedFinSentiBERT, a model incorporating financial domain pre-training, dictionary knowledge embedding, and neutral feature extraction. Experiments on the FinancialPhraseBank, FiQA and Headline datasets demonstrate the model’s superior performance compared to mainstream methods, particularly in neutral sentiment recognition. Ablation analysis reveals that dictionary knowledge embedding and neutral feature extraction contribute most significantly to model improvement.

Natural Language Processing JournalVol. 11
Xi'an Technological University (CN)
Quality Education
Openalex Percentile: Top 3%
Stock Market Forecasting Methods
8.43
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