Knowledge Graphs: Opportunities and Challenges

Графы знаний: возможности и проблемы
Feng Xia, Ciyuan Peng, Mehdi Naseriparsa, Francesco Osborne
2023-04-03

knowledge acquisitionknowledge graph completionknowledge graph embeddingsknowledge graphsknowledge reasoning
With the explosive growth of artificial intelligence (AI) and big data, it has become vitally important to organize and represent the enormous volume of knowledge appropriately. As graph data, knowledge graphs accumulate and convey knowledge of the real world. It has been well-recognized that knowledge graphs effectively represent complex information; hence, they rapidly gain the attention of academia and industry in recent years. Thus to develop a deeper understanding of knowledge graphs, this paper presents a systematic overview of this field. Specifically, we focus on the opportunities and challenges of knowledge graphs. We first review the opportunities of knowledge graphs in terms of two aspects: (1) AI systems built upon knowledge graphs; (2) potential application fields of knowledge graphs. Then, we thoroughly discuss severe technical challenges in this field, such as knowledge graph embeddings, knowledge acquisition, knowledge graph completion, knowledge fusion, and knowledge reasoning. We expect that this survey will shed new light on future research and the development of knowledge graphs.
1
Knowledge graphs provide an effective representation for organizing and conveying complex real-world information amid the growth of AI and big data.
2
The paper reviews key technical challenges including graph embeddings, knowledge acquisition, graph completion, knowledge fusion, and knowledge reasoning.
3
The survey aims to clarify research opportunities and challenges guiding future knowledge-graph development.
4
The survey identifies knowledge-graph-based AI systems and potential application domains as two major opportunity areas.

knowledge graphs

opportunities, application potential, and technical challenges of knowledge graphs, including embeddings, knowledge acquisition, completion, fusion, and reasoning

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Publication Date
2023-04-03
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Authors
Feng Xia
Ciyuan Peng
Mehdi Naseriparsa
Francesco Osborne
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