Improving Generative Cross-lingual Aspect-Based Sentiment Analysis with Constrained Decoding
Jakub \v{S}m\'id, Pavel P\v{r}ib\'a\v{n}, Pavel Kr\'al

TL;DR
This paper presents a novel constrained decoding approach for cross-lingual aspect-based sentiment analysis that outperforms existing methods, eliminates reliance on translation tools, and supports multi-tasking across multiple languages and tasks.
Contribution
It introduces a sequence-to-sequence model with constrained decoding for cross-lingual ABSA, improving performance without external translation tools and enabling multi-task learning.
Findings
Achieves 5% average performance improvement on complex tasks
Supports multi-tasking, boosting results by over 10%
Surpasses state-of-the-art methods across seven languages and six tasks
Abstract
While aspect-based sentiment analysis (ABSA) has made substantial progress, challenges remain for low-resource languages, which are often overlooked in favour of English. Current cross-lingual ABSA approaches focus on limited, less complex tasks and often rely on external translation tools. This paper introduces a novel approach using constrained decoding with sequence-to-sequence models, eliminating the need for unreliable translation tools and improving cross-lingual performance by 5\% on average for the most complex task. The proposed method also supports multi-tasking, which enables solving multiple ABSA tasks with a single model, with constrained decoding boosting results by more than 10\%. We evaluate our approach across seven languages and six ABSA tasks, surpassing state-of-the-art methods and setting new benchmarks for previously unexplored tasks. Additionally, we assess…
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