LSTM-based sentiment analysis model for inter-organizational trust prediction

Sentiment analysis for inter-organizational trust prediction is crucial for collaborative relationships, as its dynamic and emotional analysis helps enhance partnerships. Yet, existing models mainly focus on unidimensional text polarity classification, missing temporal dependencies in trust relationships. To overcome this, an LSTM-based model is proposed. It has a trust fusion layer that uses convolution to transform sentence-level word vectors into N-gram matrices, capturing local context. The memory attention module with a BiLSTM extracts fused vectors of temporal dependencies and strengthens key content extraction via external memory. A sentence-level attention network boosts model sensitivity. On the Trust dataset, the model outperforms SOTA models, achieving 92.4% accuracy in commercial and 89.7% in university partnerships, and improving computational efficiency. It sets a new paradigm for trust evolution analysis and supports trust prediction and risk management.

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Publication Details

Published
2025-09-16
DOI
https://doi.org/10.1117/12.3076906
Primary Topic
Sentiment Analysis and Opinion Mining
Type
article
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article

LSTM-based sentiment analysis model for inter-organizational trust prediction

Shengwei Qiu
Sentiment Analysis and Opinion Mining
article

LSTM-based sentiment analysis model for inter-organizational trust prediction

Shengwei Qiu
article en

Abstract

Sentiment analysis for inter-organizational trust prediction is crucial for collaborative relationships, as its dynamic and emotional analysis helps enhance partnerships. Yet, existing models mainly focus on unidimensional text polarity classification, missing temporal dependencies in trust relationships. To overcome this, an LSTM-based model is proposed. It has a trust fusion layer that uses convolution to transform sentence-level word vectors into N-gram matrices, capturing local context. The memory attention module with a BiLSTM extracts fused vectors of temporal dependencies and strengthens key content extraction via external memory. A sentence-level attention network boosts model sensitivity. On the Trust dataset, the model outperforms SOTA models, achieving 92.4% accuracy in commercial and 89.7% in university partnerships, and improving computational efficiency. It sets a new paradigm for trust evolution analysis and supports trust prediction and risk management.

Heilongjiang International University (CN)
Openalex Percentile: Top 87%
Sentiment Analysis and Opinion Mining
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