The automatic extraction of knowledge from a Digital Library is a crucial task in the world of Digital Humanities by enabling the discovery of information on a scale that is not achievable by human experts alone. However, the automation of information extraction processes brings the typical problems of a fully automated process, namely data quality and explainability of the results. This paper proposes a system that allows domain experts to collaboratively validate information previously automatically extracted from a Digital Library (DL), supporting an incremental data quality improvement approach, specifically through entity linking. Furthermore, rather than seeing just the results of the extraction process, the domain experts can trace the origin of where the AI recognized a specific entity (i.e. a “snippet” of text or an image). In order to allow the domain experts to contextualize the information they need to validate (i.e. topics, descriptions, etc.) leveraging the Knowledge Graph potential, in the proposed use case, the validation is integrated into the interface designated for the DL semantic exploration.
Automatic Knowledge Extraction from a Digital Library and Collaborative Validation / Bernasconi, Eleonora; Ceriani, Miguel; Mecella, Massimo; Morvillo, Alberto. - 13541:(2022), pp. 480-484. (Intervento presentato al convegno International Conference on Theory and Practice of Digital Libraries - TPDL 2022: Linking Theory and Practice of Digital Libraries tenutosi a Padova) [10.1007/978-3-031-16802-4_49].
Automatic Knowledge Extraction from a Digital Library and Collaborative Validation
Bernasconi, Eleonora
;Mecella, Massimo;Morvillo, Alberto
2022
Abstract
The automatic extraction of knowledge from a Digital Library is a crucial task in the world of Digital Humanities by enabling the discovery of information on a scale that is not achievable by human experts alone. However, the automation of information extraction processes brings the typical problems of a fully automated process, namely data quality and explainability of the results. This paper proposes a system that allows domain experts to collaboratively validate information previously automatically extracted from a Digital Library (DL), supporting an incremental data quality improvement approach, specifically through entity linking. Furthermore, rather than seeing just the results of the extraction process, the domain experts can trace the origin of where the AI recognized a specific entity (i.e. a “snippet” of text or an image). In order to allow the domain experts to contextualize the information they need to validate (i.e. topics, descriptions, etc.) leveraging the Knowledge Graph potential, in the proposed use case, the validation is integrated into the interface designated for the DL semantic exploration.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.