A Pluggable Multi-Task Learning Framework for Sentiment-Aware Financial Relation Extraction
Jinming Luo, Hailin Wang

TL;DR
This paper introduces a multi-task learning framework that incorporates sentiment analysis into financial relation extraction, improving accuracy by leveraging sentiment cues alongside syntactic information.
Contribution
It proposes a pluggable sentiment-aware module that enhances relation extraction models with sentiment perception, a novel approach for financial domain RE tasks.
Findings
Most models benefit from the auxiliary sentiment task
Enhanced models achieve better relation extraction accuracy
Sentiment information improves understanding of financial relations
Abstract
Relation Extraction (RE) aims to extract semantic relationships in texts from given entity pairs, and has achieved significant improvements. However, in different domains, the RE task can be influenced by various factors. For example, in the financial domain, sentiment can affect RE results, yet this factor has been overlooked by modern RE models. To address this gap, this paper proposes a Sentiment-aware-SDP-Enhanced-Module (SSDP-SEM), a multi-task learning approach for enhancing financial RE. Specifically, SSDP-SEM integrates the RE models with a pluggable auxiliary sentiment perception (ASP) task, enabling the RE models to concurrently navigate their attention weights with the text's sentiment. We first generate detailed sentiment tokens through a sentiment model and insert these tokens into an instance. Then, the ASP task focuses on capturing nuanced sentiment information through…
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Taxonomy
TopicsStock Market Forecasting Methods · Advanced Text Analysis Techniques · Traffic Prediction and Management Techniques
