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Multilingual Non-Factoid Question Answering with Answer Paragraph Selection

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arxiv 2408.10604 v2 pith:ODEO6OSG submitted 2024-08-20 cs.CL cs.AIcs.IRcs.LG

classification cs.CLcs.AIcs.IRcs.LG
keywords languagesmodelquestionansweransweringfine-tunedgoldenmultilingual
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Most existing Question Answering Datasets (QuADs) primarily focus on factoid-based short-context Question Answering (QA) in high-resource languages. However, the scope of such datasets for low-resource languages remains limited, with only a few works centered on factoid-based QuADs and none on non-factoid QuADs. Therefore, this work presents MuNfQuAD, a multilingual QuAD with non-factoid questions. It utilizes interrogative sub-headings from BBC news articles as questions and the corresponding paragraphs as silver answers. The dataset comprises over 578K QA pairs across 38 languages, encompassing several low-resource languages, and stands as the largest multilingual QA dataset to date. Based on the manual annotations of 790 QA-pairs from MuNfQuAD (golden set), we observe that 98\% of questions can be answered using their corresponding silver answer. Our fine-tuned Answer Paragraph Selection (APS) model outperforms the baselines. The APS model attained an accuracy of 80\% and 72\%, as well as a macro F1 of 72\% and 66\%, on the MuNfQuAD testset and the golden set, respectively. Furthermore, the APS model effectively generalizes a certain language within the golden set, even after being fine-tuned on silver labels. We also observe that the fine-tuned APS model is beneficial for reducing the context of a question. These findings suggest that this resource would be a valuable contribution to the QA research community.

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  1. Long-context Non-factoid Question Answering in Indic Languages

    cs.CL 2025-04 conditional novelty 5.0 of 10

    An answer-paragraph-selection-based retriever improves non-factoid QA in four Indic languages on three LLMs, with average semantic gains of 4% and token-level ROUGE gains of 47% over a full-context baseline, while usi...

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