Titre / Title: Towards a Persistent Interoperability Framework for Long-Term Collaboration Based on Reusable and Heterogeneous Simulation Models
Projet Ciblé (PC) / Targeted Project (PC): PC2 PILOT – Long-term collaboration / Practices and infrastructure for long-term collaboration
Commentaires / Comments: Our works belong to both Theme 1 & 2 (see scientific document).
Etat du sujet / State of the subject: Disponible / Available
Date de publication / Publication date: 29/04/2025 (mise à jour / update: 07/05/2025)
Institution de rattachement / Institutional affiliation: Institut Mines-Télécom (IMT)
Résumé / Abstract: This PhD proposal aims to develop a socio-technical interoperability framework to support persistent, long-term collaboration among heterogeneous and distributed systems. Emphasizing the reuse and coordination of diverse simulation models and services, the framework will leverage the High-Level Architecture (HLA) standard and dynamic ontologies (including Short-Lived Ontologies) to ensure semantic and technical interoperability across dynamic long term collaborative environments. Domains such as healthcare, crisis management, and distributed industrial operations will benefit from the ability to integrate and maintain simulation-based models over time. While Virtual Reality (VR) can be used as an optional visualization and interaction tool, the project’s core focus is on enabling sustainable interoperability, model persistence, and semantic coherence. The outcome will be an open- source, interoperability framerwork facilitating the integration of new tools and actors into dynamic, interoperable ecosystems.
Détails du sujet / Subject details: PDF (version #2)
Directeur / directrice de thèse / Main advisor: Gregory Zacharewicz (gregory.zacharewicz@mines-ales.fr) – IMT Mines Ales / Laboratoire des Sciences des Risques (LSR) / Ingénierie des Systemes Complexes Face aux Risques
Encadrant(e) de thèse / Secondary advisor: Jalal Possik (jalal.possik@univ-catholille.fr) – Université Catholique de Lille / Laboratoire Interdisciplinaire des Transitions de Lille (LITL)
Autre Encadrant(e) de thèse / Additional advisor: Sina Namaki Araghi (sina.namakiaraghi@uttop.fr) – Université de Technologie Tarbes Occitanie Pyrénées (UTTOP) / Laboratoire de Génie de la Production (LGP)
Pour faire acte de candidature sur ce sujet, veuillez écrire aux auteurs directement / To apply on this subject, please write directly to the authors.