Modeling, Design, and Architecture of CPS Theme

Theme presentation

Application Areas:

• Industry 5.0
• Digital Services
• Construction 4.0 and Sustainable city

Key Research Questions:

• How can the modeling of CPS be optimized to enhance their robustness and adaptability?
• What key architectural principles ensure the security, reliability, and optimal performance of CPS?

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Illustrations of Scientific Activity:

• An enhanced consensus protocol to certify and secure transactions among the components of a hybrid CPS.

Elgharbi, S.E., Ouchani, S., Boudouaia, M.A. and Malki, M., 2023. A smart mining strategy for    blockchain-enabled cyber-physical system. In 31th IEEE International Conference on Enabling               Technologies: Infrastructure for Collaborative Enterprises, WETICE 2023.
https://hal.science/hal-04538548

• Optimize federated learning to better meet the requirements of Cyber-Physical Systems (CPS), with a focus on three main aspects: privacy, security, and heterogeneity.

Guendouzi, B.S., Ouchani, S., Al-Assaad, H. and Jradi, M., 2023. Fedga-meta: Federated learning framework using genetic algorithms and meta-learning for aggregation in industrial cyber-physical system. In International Conference on Cyber Security and Resilience.
https://hal.science/hal-04371567v1

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• Catalog and identify the techniques and requirements necessary for developing a digital twin suitable for CPS.

Kamdjou, H.M., Baudry, D., Havard, V. and Ouchani, S., 2024. Resource-Constrained eXtended Reality Operated With Digital Twin in Industrial Internet of Things. IEEE Open Journal of the Communications Society.
https://hal.science/hal-04402202v1

Theme Leader: OUCHANI Samir