This paper describes a novel approach to analysing trends of a performance signal indicator from an industrial metallurgical reactor over a number of years of operation. Using a minimum message length algorithm, a detailed ontology of the signal behaviours or modalities was established. An abstraction of these yielded a number of related super states that in turn provided an insightful correspondence for the domain experts. Further detailed identification of the likely composition and causal influences contributing to each mode was subsequently induced with supervised learning
This project was focused on the development of tools for the automatic configuration of signal proce...
Monitoring a complex process often involves keeping an eye on hundreds or thousands of sensors to de...
Ontologies facilitate meaning between human and computational actors. On the one hand, the underlyin...
Our understanding of the notion “dynamic system ” is a rather broad one: such a system has states, w...
Abstract. The aim of ontology learning is to generate domain models (semi-) automatically. We apply ...
This work examines the use of ontologies in knowledge management applications for technology intensi...
This work examines the use of ontologies in knowledge management applications for technology intensi...
A fuzzy-logic-based methodology for on-line signal trend identification is introduced. Although sign...
The diagnosis is complex in domains where processes occur over time inside systems or objects, chang...
Ontologies are used as knowledge bases to exchange, extract and integrate information in information...
This study discusses the role of ontologies in data analysis and forecasting in electrical engineeri...
The study divides the analysis of monitoring and diagnostic information, leaving for monitoring the ...
With the growing popularity of large-scale biomedical collaborative ontology-engineering projects, s...
Large-scale monitoring endeavours generate a suite of informatics challenges ranging from data acqu...
Gradual development of anomalies (i.e., deviations from the nominal condition) may alter the quasi-s...
This project was focused on the development of tools for the automatic configuration of signal proce...
Monitoring a complex process often involves keeping an eye on hundreds or thousands of sensors to de...
Ontologies facilitate meaning between human and computational actors. On the one hand, the underlyin...
Our understanding of the notion “dynamic system ” is a rather broad one: such a system has states, w...
Abstract. The aim of ontology learning is to generate domain models (semi-) automatically. We apply ...
This work examines the use of ontologies in knowledge management applications for technology intensi...
This work examines the use of ontologies in knowledge management applications for technology intensi...
A fuzzy-logic-based methodology for on-line signal trend identification is introduced. Although sign...
The diagnosis is complex in domains where processes occur over time inside systems or objects, chang...
Ontologies are used as knowledge bases to exchange, extract and integrate information in information...
This study discusses the role of ontologies in data analysis and forecasting in electrical engineeri...
The study divides the analysis of monitoring and diagnostic information, leaving for monitoring the ...
With the growing popularity of large-scale biomedical collaborative ontology-engineering projects, s...
Large-scale monitoring endeavours generate a suite of informatics challenges ranging from data acqu...
Gradual development of anomalies (i.e., deviations from the nominal condition) may alter the quasi-s...
This project was focused on the development of tools for the automatic configuration of signal proce...
Monitoring a complex process often involves keeping an eye on hundreds or thousands of sensors to de...
Ontologies facilitate meaning between human and computational actors. On the one hand, the underlyin...