A hybrid method for entity hyponymy acquisition in Chinese complex sentences


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Abstract

Extracting entity hyponymy in Chinese complex sentences can be a highly difficult process. This paper proposes a novel hybrid approach that combines parsing with supervised learning and semi-supervised learning. First, conditional random fields (CRF) model is employed to obtain the candidate domain named entity. Pattern matching is then used to acquire candidate hyponymy. Next, predicate and symbol features, syntactic analysis, and semantic roles are introduced into the CRF features template to identify the hyponymy entity pairs. Finally, analysis of both the parallel relationship of entities among sentences and entity pairs in simple sentences is conducted to obtain the hyponymy entity pairs in Chinese complex sentences. The experimental results show that the proposed method reduces the manual work required for CRF markers and has an improved overall performance in comparison with the baseline methods.

About the authors

Yunru Cheng

School of Information Engineering and Automation

Author for correspondence.
Email: gjade86@hotmail.com
China, Kunming, Yunnan

Jianyi Guo

School of Information Engineering and Automation; Key Laboratory of Pattern recognition And Intelligent computing of Yunnan College

Email: gjade86@hotmail.com
China, Kunming, Yunnan; Kunming, Yunnan

Yantuan Xian

School of Information Engineering and Automation; Key Laboratory of Pattern recognition And Intelligent computing of Yunnan College

Email: gjade86@hotmail.com
China, Kunming, Yunnan; Kunming, Yunnan

Zhengtao Yu

School of Information Engineering and Automation; Key Laboratory of Pattern recognition And Intelligent computing of Yunnan College

Email: gjade86@hotmail.com
China, Kunming, Yunnan; Kunming, Yunnan

Wei Chen

School of Information Engineering and Automation; Key Laboratory of Pattern recognition And Intelligent computing of Yunnan College

Email: gjade86@hotmail.com
China, Kunming, Yunnan; Kunming, Yunnan

Qiyue Yang

School of Information Engineering and Automation

Email: gjade86@hotmail.com
China, Kunming, Yunnan

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