| Titre : |
A framework for the management of heterogeneous models in systems engineering |
| Type de document : |
thèse |
| Auteurs : |
David SIMON ZAYAS, Auteur ; Yamine AIT AMEUR, Directeur de thèse ; Anne MONCEAUX, Directeur de thèse ; LIAS UR 20299 UP-ENSIP / ISAE-ENSMA, Commanditaire ; Frédéric BONIOL, Rapporteur ; Parisa GHODOUS, Rapporteur ; Ladjel BELLATRÈCHE, Examinateur ; Mourad OUSSALAH, Examinateur ; Romaric REDON, Examinateur |
| Année de publication : |
2012 |
| Importance : |
245 p. |
| Note générale : |
NNT 2012ESMA0007
Remerciements
Introduction
Résumé
Summary
Introduction
Context
Current practices
Our proposal
Structure of the document
References
Appendices
Table of figures
Summary
Keywords |
| Langues : |
Français (fre) |
| Catégories : |
Aéronautique
Informatique:Groupes de travail
Ontologies (informatique)
Systèmes informatiques
|
| Résumé : |
HETEROGENEITY OF MODELS IN SYSEMS ENGINEERING DOMAIN
Introduction
System modelling
Systems engineering
Inter-model relations
Heterogeneity
Current approaches to handle with heterogeneity
Conclusion
KNOWLEDGE MODELS TO INTEGRATE AND VALIDATE HETEROGENEOUS MODELS
Implicit knowledge
Formalization of knowledge
Ontologies and annotation of models
Validation of inter-model properties
EXPRESS modelling language
Conclusion
CURRENT PROACTICES IN AIRCRAFT SYSTEMS ENGINEERING
Introduction
Aircraft systems modelling
Current MBSE applications
From document to models
MBSE and development process
Management of heterogeneous modelling in aircraft systems engineering
Expected benefuts of the proposed approach
Conclusion
KNOWLEDGE-BASED INTER-MODEL CONSTRAINT VERIFICATION
Introduction
The proposed general integrated models representation
Manipulated models
The resources
The modelling process activities
Conclusion
APPROACH VALIDATION
Introduction
Exportation of SysML and CORE models
Annotation using implicit knowledge
Model integration using equivalences
General constraint definition with first order logic expressions
Implementation with ECCO toolkit
Conclusion
INDUSTRIAL EVALUATION
Introduction
Water and waste system model
Hydraulic and engine system model
Ram air turbine models
Conclusion
PROPOTYPING TOOL
A prototype to support the method
Actors and use cases
Selected technology and architecture
Current HCI (Human Computer Interface)
Conclusion
DEPLOYMENT IN INDUSTRY
Industrialization requirements
Needed technology enhancements
Conclusion
CONCLUSION AND PERSPECTIVES
Contributions
Perspectives
|
| En ligne : |
http://tel.archives-ouvertes.fr/tel-00740161/ |
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