Open Research Knowledge Graph

Открытый граф научных знаний
Sören Auer, Manuel Prinz, Jennifer D’Souza, Markus Stocker, Kheir Eddine Farfar, Allard Oelen, Mohamad Yaser Jaradeh, Gábor Kismihók
2019-09-23

automated knowledge acquisitioncrowdsourced knowledge acquisitionmachine-actionable knowledgescholarly knowledge acquisitionscholarly knowledge graph
Despite improved digital access to scholarly knowledge in recent decades, scholarly communication remains exclusively document-based. In this form, scholarly knowledge is hard to process automatically. We present the first steps towards a knowledge graph based infrastructure that acquires scholarly knowledge in machine actionable form thus enabling new possibilities for scholarly knowledge curation, publication and processing. The primary contribution is to present, evaluate and discuss multi-modal scholarly knowledge acquisition, combining crowdsourced and automated techniques. We present the results of the first user evaluation of the infrastructure with the participants of a recent international conference. Results suggest that users were intrigued by the novelty of the proposed infrastructure and by the possibilities for innovative scholarly knowledge processing it could enable.
1
A first user evaluation with participants from an international conference found strong interest in the infrastructure’s novelty and its potential for innovative scholarly knowledge processing.
2
The paper introduces initial steps toward an infrastructure that represents scholarly knowledge as a machine-actionable knowledge graph rather than exclusively as documents.
3
The proposed infrastructure combines crowdsourced and automated techniques for multi-modal acquisition of scholarly knowledge.
4
The work presents and evaluates mechanisms for scholarly knowledge curation, publication, and automated processing enabled by the knowledge-graph representation.

knowledge graph-based infrastructure for acquiring scholarly knowledge

multi-modal scholarly knowledge acquisition combining crowdsourced and automated techniques, including user evaluation of the infrastructure

Publication Details
Publication Date
2019-09-23
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Authors
Sören Auer
Manuel Prinz
Jennifer D’Souza
Markus Stocker
Kheir Eddine Farfar
Allard Oelen
Mohamad Yaser Jaradeh
Gábor Kismihók
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