arXivDaily arXiv每日学术速递 周一至周五更新
arXiv 2501.10487cs.CLcs.AI

基于大语言模型的表格摘要主题-解释结构:以韩语表格数据为例的案例研究

Theme-Explanation Structure for Table Summarization using Large Language Models: A Case Study on Korean Tabular Data

Sungkyunkwan University(成均馆大学);Pohang University of Science and Technology(釜山科学技术大学)

TaeYoon Kwack, Jisoo Kim, Ki Yong Jung, DongGeon Lee, Heesun Park

AI总结:

本文提出Tabular-TX流水线,通过多步推理与记者角色提示生成主题-解释结构的表格摘要,无需微调即可高效处理韩语行政表格,提升可读性并适用于低资源场景。

摘要:

表格是行政领域中传达关键信息的主要媒介,然而其复杂性阻碍了大语言模型(LLMs)对其的利用。本文介绍了基于主题-解释结构的表格摘要(Tabular-TX)流水线,这是一种旨在从表格数据生成高度可解释摘要的新方法,特别关注韩语行政文档。当前的表格摘要方法往往忽视了人类友好输出这一关键方面。Tabular-TX通过首先采用多步推理过程确保LLMs对表格的深入理解,随后采用记者角色提示策略生成清晰句子来解决这一问题。至关重要的是,它随后将输出结构化为主题部分(状语短语)和解释部分(谓语从句),显著提高了可读性。我们的方法利用上下文学习,无需大量微调及相关的标注数据或计算资源。实验结果表明,Tabular-TX能有效处理复杂的表格结构和元数据,为生成以人为中心的表格摘要提供了一种稳健且高效的解决方案,尤其是在低资源场景下。

英文摘要:

Tables are a primary medium for conveying critical information in administrative domains, yet their complexity hinders utilization by Large Language Models (LLMs). This paper introduces the Theme-Explanation Structure-based Table Summarization (Tabular-TX) pipeline, a novel approach designed to generate highly interpretable summaries from tabular data, with a specific focus on Korean administrative documents. Current table summarization methods often neglect the crucial aspect of human-friendly output. Tabular-TX addresses this by first employing a multi-step reasoning process to ensure deep table comprehension by LLMs, followed by a journalist persona prompting strategy for clear sentence generation. Crucially, it then structures the output into a Theme Part (an adverbial phrase) and an Explanation Part (a predicative clause), significantly enhancing readability. Our approach leverages in-context learning, obviating the need for extensive fine-tuning and associated labeled data or computational resources. Experimental results show that Tabular-TX effectively processes complex table structures and metadata, offering a robust and efficient solution for generating human-centric table summaries, especially in low-resource scenarios.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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