A Survey on Neural Open Information Extraction: Current Status and Future Directions

24 May 2022  ยท  Shaowen Zhou, Bowen Yu, Aixin Sun, Cheng Long, Jingyang Li, Haiyang Yu, Jian Sun, Yongbin Li ยท

Open Information Extraction (OpenIE) facilitates domain-independent discovery of relational facts from large corpora. The technique well suits many open-world natural language understanding scenarios, such as automatic knowledge base construction, open-domain question answering, and explicit reasoning. Thanks to the rapid development in deep learning technologies, numerous neural OpenIE architectures have been proposed and achieve considerable performance improvement. In this survey, we provide an extensive overview of the-state-of-the-art neural OpenIE models, their key design decisions, strengths and weakness. Then, we discuss limitations of current solutions and the open issues in OpenIE problem itself. Finally we list recent trends that could help expand its scope and applicability, setting up promising directions for future research in OpenIE. To our best knowledge, this paper is the first review on this specific topic.

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Datasets


Results from the Paper


Task Dataset Model Metric Name Metric Value Global Rank Result Benchmark
Open Information Extraction CaRB ClausIE [9] F1 45 # 21
Open Information Extraction CaRB SpanOIE [48] F1 48.5 # 17
Open Information Extraction CaRB SenseOIE [30] F1 28.2 # 28
Open Information Extraction CaRB RnnOIE F1 49 # 14
Open Information Extraction CaRB OpenIE4 F1 51.6 # 10
Open Information Extraction CaRB IMoJIE F1 53.3 # 4
Open Information Extraction CaRB NOIE F1 51.1 # 13
Open Information Extraction CaRB MacroIE F1 54.8 # 1
Open Information Extraction CaRB OpenIE6 F1 52.7 # 5
Open Information Extraction CaRB Multi2OIE F1 52.3 # 7
Open Information Extraction OIE2016 RnnOIE [36] F1 62 # 8
Open Information Extraction OIE2016 OpenIE4 [26] F1 60 # 9
Open Information Extraction OIE2016 ClausIE [9] F1 59 # 10
Open Information Extraction OIE2016 SpanOIE [48] F1 69.4 # 4

Methods