My research focuses on Digital Twin systems, Cloud-Edge-IoT architectures, software architecture, model-driven engineering, and intelligent distributed systems.
I am particularly interested in the design, modeling, deployment, and runtime management of distributed Digital Twin systems across heterogeneous computing environments.
My current research at Orange Innovation investigates architecture description languages and runtime models for distributed systems spanning Cloud, Edge, and IoT environments.
The work focuses on interoperability, architectural modeling, dynamic adaptation, and the representation of heterogeneous infrastructure and services.
My doctoral research investigated software architectures, modeling approaches, distributed deployment, Edge-Cloud computing, and intelligent mechanisms for advanced Digital Twin systems.
Modular and scalable architectures for complex Digital Twin platforms and smart-city systems.
Distributed deployment strategies for reducing latency, energy consumption, and communication overhead.
Distributed machine-learning approaches for traffic and air-quality prediction across heterogeneous edge devices.
SysML-based modeling and model-driven engineering approaches for Digital Twin systems.