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Orientador(es)
Resumo(s)
In order to create distributed automation systems, it is required to ensure their interoperability; however, ensuring interoperability between heterogeneous systems (using different communication protocols, data formats, and semantics) is a challenging task. Among many interoperability challenges, this paper addresses issues concerning semantic and data interoperability, namely, it provides a contribution to support the semantic compatibility verification and the generation of translators for XML messages. Translators are generated based on XML-Schemas that are annotated with a reference ontology. We base our annotations on an extension of an existing declarative annotation method. In particular our extension explicitly addresses ambiguities of annotations, schema instance mismatches and coverage mismatches that frequently occur on IoT message schemas. We have evaluated our approach based on a set of interaction scenarios from the domain of the Arrowhead Project. A tool prototype that supports the semantic compatibility verification and the generation of XML translators is available at http://gres.uninova.pt/tag/.
Descrição
Paper no. TII-17-0921. (Corresponding author: Filipe Moutinho.)
Palavras-chave
Cyber-Physical Systems Informatics Internet-of-Things Interoperability Knowledge-Based Systems Massage Transformation Semantic & Ontology Reasoning Semantic Annotations Translators Automatic Generation XML-Schemas Control and Systems Engineering Information Systems Computer Science Applications Electrical and Electronic Engineering
