This paper proposed an object oriented model to implement medical Knowledge Base Systems (KBS). The model has two levels. The external level (type level) facilitates the implementation and the interoperability of the system. The internal level describes the objects are combined with the composition (union) operator. A fuzzy vectorial space defines the evolution of the clinical involved objects in the system. Thus, the composition of the clinical picture objects is tuned by fuzzy functions whose values evolve with time. The model provides new tools to compare the evolution of objects and to implement analogical reasoning.
History
Source title
Proceedings of the Research and Imaging Technologies for Health Conference (RITS 2015)
Name of conference
Actes des Journées Recherche en Imagerie et Technologies pour la Santé: RITS 2015
Location
Dourdan, France
Start date
2015-03-25
End date
2015-03-27
Pagination
124-125
Editors
Migonney, V., Masrque, C. & Frouin, F.
Publisher
French Society of BioMedical Engineering (SFGBM)
Language
en, English
College/Research Centre
Faculty of Science and Information Technology
School
School of Design, Communication and Information Technology
Rights statement
Distributed under a Creative Commons Attribution 4.0 International License.