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논문검색

Poster Session I

Quarriable Knowledge Creation Framework from Unstructured Scientific Documents

초록

영어

Knowledge graphs (KGs) play a pivotal role in modern applications such as decision-making systems, question answering systems, and searching and retrieval systems. However, the automatic construction of a knowledge graph from unstructured text is a challenging task. Moreover, traditional dictionary-, rule-based and supervised machine learning approaches are not reasonably practical due to their dependency on human-expert annotated resources. It is especially true when a knowledge graph is generated from domain-specific information, updated frequently, such as COVID-19 related information resources. This paper uses a pre-trained embedding model (BERT) to create word vectors from COVID-19 research articles. The proposed model is employed at two levels: entity extraction from the text and querying the knowledge stored in KG.

목차

Abstract
I. INTRODUCTION
II. METHODS
A. Knowledge graph generation
B. Embedding Generations
C. Knowledge querying
III. CASE STUDY RESULTS
IV. CONCLUSION
ACKNOWLEDGMENT
REFERENCES

저자정보

  • Jamil Hussain Department of Data Scienc, Sejong University
  • Muhammad Afzal Department of Software, Sejong University
  • Maqbool Hussain Department of Software, Sejong University
  • Sungyoung Lee Department of Computer Science and Engineering Global Campus, Kyung Hee University

참고문헌

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