MULTI-ASPECT REPRESENTATION OF THE PROBLEM DOMAIN FOR CONFIGURING SOCIO-TECHNICAL SYSTEMS
Annotation
A methodology for supporting decision-making in configuring sociotechnical systems based on their decomposition is proposed. Decomposition is accomplished using multi-aspect ontologies, which allows both preserving the independence of the modeled aspects of the systems under consideration and ensuring their interoperability. Application of the methodology is illustrated using an applied task of maintenance in semiconductor manufacturing. It is shown that using the proposed methodology together with multi-aspect ontologies significantly increases the level of automation, thereby increasing the speed and reducing the incidence of errors in decision support for this applied task.
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