Abstract
E-maintenance systems are considered as platforms integrating various systems in the maintenance scope, but these platforms provide only the services provided by their integrated systems. S-maintenance platform is built in the aim to provide dynamic services thanks to its core components, especially its knowledge base. This paper focus the exploitation of the s-maintenance architecture’s components to define two new processes that we called self management and self learning processes. These processes allow the automatic acquirement and integration of knowledge in the knowledge base and the dynamic evolution of the platform behavior.
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References
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Acknowledgments
This work was carried out and funded in the framework of SMAC project (Semantic-maintenance and life cycle), supported by Interreg IV program between France and Switzerland.
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Appendices
Appendix A
See Table 44.6
Appendix B
The following PowerLOOM instructions present the Knowledge base containing the part of the ontology shown above concerning process management. Each UML class is translated into a PowerLOOM concept using the "DEFCONCEPT" command. Associations and attributes of classes are translated into a PowerLOOM relation or function using the "DEFFUNCTION" and "DEFRELATION" commands. The command "ASSERT" is used to define different instances of concepts and relations.
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(DEFCONCEPT Task)
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(DEFCONCEPT Process-Pattern (?T Task))
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(DEFCONCEPT Maintenance-Type (?PT Process-Pattern))
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(DEFCONCEPT Step)
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(DEFCONCEPT First-Step (?S Step))
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(DEFCONCEPT Transition)
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(DEFCONCEPT Next-Step (?S Step))
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(DEFCONCEPT Constraint)
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(Defrelation (StepInPut ((?T Transition) (?NS Step)))
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(Defrelation (hasFirstStep ((?MT Maintenance-Type) (?FS First-Step)))
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(Defrelation (StepOutPut ((?FS Step) (?T Transition)))
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(Defrelation (Refrences ((?S Step) (?T Task)))
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(Assert (Maintenace-Type Conditional-Maintenance)
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(Assert (Maintenace-Type Predective-Maintenance)
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(Assert (Maintenace-Type Systematic-Maintenance)
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(Assert (Maintenace-Type Systematic-Maintenance)
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(Assert (Step Monitoring-Process)
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(Assert (Step Prognostic)
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(Assert (Step Scheduling-Process)
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(Assert (Management-Process)
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(Assert (Transition Alarm)
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(Assert (Transition RUL)
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(Assert (Transition Notification-Date)
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(ASSERT (hasFirstStep Conditional-Maintenance Monitoring-Process))
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(ASSERT (hasFirstStep Predective-Maintenance Prognostic))
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(ASSERT (hasFirstStep Systematic-Maintenance Scheduling-Process))
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(ASSERT (StepOutPut Monitoring-Process Alarm))
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(ASSERT (StepOutPut Prognostic RUL))
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(ASSERT (StepOutPut Scheduling-Process Notification-Date))
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(ASSERT (StepInPut RUL Management-Process))
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(ASSERT (StepInPut Alarm Management-Process))
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(ASSERT (StepInPut Notification-Date Management-Process))
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Karray, M.H., Morello, B.C., Lang, C., Zerhouni, N. (2014). Self-Management Process in S-Maintenance Platform. In: Lee, J., Ni, J., Sarangapani, J., Mathew, J. (eds) Engineering Asset Management 2011. Lecture Notes in Mechanical Engineering. Springer, London. https://doi.org/10.1007/978-1-4471-4993-4_44
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DOI: https://doi.org/10.1007/978-1-4471-4993-4_44
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