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Distributed and Self-organizing Systems
Distributed and Self-organizing Systems
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PUBLICATION

Automatic Knowledge Extraction to build Semantic Web of Things Applications

Type

Journal Article

Year

2019

Authors

mahdanoura

Amelie Gyrard

Amelie Gyrard

heseba

gaedke

Research Area

Web Engineering

Event

IEEE Internet of Things Journal

Published in

IEEE Internet of Things Journal

ISBN/ISSN

2327-4662

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PDF

Abstract

The Internet of Things (IoT) primary objective is to make a hyper-connected world for various application domains. However, IoT suffers from a lack of interoperability leading to a substantial threat to the predicted economic value. Schema.org provides semantic interoperability to structure heterogeneous data on the Web. An extension of this vocabulary for the IoT domain (iot.schema.org) is an ongoing research effort to address semantic interoperability for the Web of Things (WoT). To design this vocabulary, a central challenge is to identify the main topics (concepts and properties) automatically from existing knowledge in IoT applications. We designed KE4WoT (Knowledge Extraction for the Web of Things) to automatically identify the most important topics from literature ontologies of 3 different IoT application domains – smart home, smart city and smart weather – based on our corpus consisting of 4500 full-text conference and journal articles to utilize domain-specific knowledge encoded within IoT publications. Despite the importance of automatically identifying the relevant topics for iot.schema.org, up to know there is no study dealing with this issue. To evaluate the extracted topics, we compare the descriptiveness of these topics for the 10 most popular ontologies in the 3 domains with empirical evaluations of 23 domain experts. The results illustrate that the identified main topics of IoT ontologies can be used to sufficiently describe existing ontologies as keywords.

Reference

Noura, Mahda; Gyrard, Amelie; Heil, Sebastian; Gaedke, Martin: Automatic Knowledge Extraction to build Semantic Web of Things Applications. IEEE Internet of Things Journal, 2019.



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