The Role of Semantic Technologies in Diagnostic and Decision Support for Service Systems

Date
2018-01-03
Authors
Tsalapati, Eleni
Jackson, Tom
Johnson, William
Jackson, Lisa
Vasilyev , Andrey
West, Andrew
Mao, Lei
Davies, Ben
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Abstract
In this research, we utilize semantic technology for robust early diagnosis and decision support. We present a light-weight platform that provides the end-user with direct access to the data through an ontology, and enables detection of any forthcoming faults by considering the data only from the reliable sensors. Concurrently, it indicates the actual sources of the detected faults, enabling mitigation action to be taken. Our work is focused on systems that require only real-time data and a restricted part of the historic data, such as fuel cell stack systems. First, we present an upper-level ontology that captures the semantics of such monitored systems and then we present the structure of the platform. Next, we specialize on the fuel cell paradigm and we provide a detailed description of our platform’s functionality that can aid future servicing problem reporting applications.
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Service Analytics, Decision Support, Ontology, Real-time data, Semantic modelling
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10 pages
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Related To
Proceedings of the 51st Hawaii International Conference on System Sciences
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Attribution-NonCommercial-NoDerivatives 4.0 International
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