KOMBO:基于子字符组合规则的韩文字符表示方法 / KOMBO: Korean Character Representations Based on the Combination Rules of Subcharacters
1️⃣ 一句话总结
本文提出KOMBO框架,首次将韩文(Hangeul)的造字原理融入预训练语言模型,通过分解字符为子字符(如初声、中声、终声)来更准确地捕捉韩语的构词规律,在多项自然语言理解任务上平均性能提升2.11%,证明子字符表示优于传统子词方法。
The Korean writing system, \textit{Hangeul}, has a unique character representation rigidly following the invention principles recorded in \textit{Hunminjeongeum}.\footnote{\textit{Hunminjeongeum} is a book published in 1446 that describes the principles of invention and usage of \textit{Hangeul}, devised by King Sejong \cite{Hunminjeongeum_Guide}.} However, existing pre-trained language models (PLMs) for Korean have overlooked these principles. In this paper, we introduce a novel framework for Korean PLMs called KOMBO, which firstly brings the invention principles of \textit{Hangeul} to represent character. Our proposed method, KOMBO, exhibits notable experimental proficiency across diverse NLP tasks. In particular, our method outperforms the state-of-the-art Korean PLM by an average of 2.11\% in five Korean natural language understanding tasks. Furthermore, extensive experiments demonstrate that our proposed method is suitable for comprehending the linguistic features of the Korean language. Consequently, we shed light on the superiority of using subcharacters over the typical subword-based approach for Korean PLMs. Our code is available at: [this https URL](this https URL).
KOMBO:基于子字符组合规则的韩文字符表示方法 / KOMBO: Korean Character Representations Based on the Combination Rules of Subcharacters
本文提出KOMBO框架,首次将韩文(Hangeul)的造字原理融入预训练语言模型,通过分解字符为子字符(如初声、中声、终声)来更准确地捕捉韩语的构词规律,在多项自然语言理解任务上平均性能提升2.11%,证明子字符表示优于传统子词方法。
源自 arXiv: 2604.23948