I participate to the Trustincloud project which is intended to enhance the security of cloud environments
I participate to PIIEC Orange working on anomaly detection for 5G networks
I participate to the ANR Parfait project (Planning And Learning For AI-Edge compuTing), 2022-2025, proposes new resource allocation techniques for mobile networks supporting IoT and artificial intelligence applications.
I am leader of the CNAM-Resiste! project, 2020-2022, which aims at preventing and analysing COVID spread using IoT technologies
I participate to H2020 5GPPP AI@EDGE project (A secure and reusable Artificial Intelligence platform for Edge computing in beyond 5G Networks), 2021-2022.
I participate to ANR Intelligentsia project (INTelligent Edge using Learning Loops and Information GEneration for NeTwork State Inference-based Automation).
I participated to to MINES associate team on Adaptive Communication Middleware for Resilient Sensing and Actuation in Emergency Response Scenarios
I participated to ANR CANCAN on Content and Context based Adaptation in Mobile Networks.
I was leading the MURPHY project - Dependability-focused Evaluation of Sensor Networks. Murphy aims at easing the development of dependable and pervasive applications built on top of robust wireless sensor networks, thus providing a mean for early detection of possible failures, by estimating dependability metrics.
I was co-leading the SECURINET project - SECURIty management in multi-radio NETworks; FP7 Marie Curie Actions (european reintegration grant). Spurred by the emergence of new networking technologies, interest moves towards the development of a global solution that interconnect in a secure manner changing set of mobile clients, services and networks. This construction of Internet-scale applications introduces new challenges relating to the design of usable private/public secure systems deployed over planetary multi-radio networks.
I participated to ANR PLUG project (Play ubiquitous games and play more), which aims at supporting mobile and pervasive games in a museum, using smartphones and relying on D2D wireless networks.
I participated to European Celtic Madeira project (network management based on distributed paradigms).
I participated to the European FP6 Ubisec project (ubiquitous network with a secure provision of services, access and content delivery).
Co-supervision (along with F. Guillemin, S. Secci) of KiranPreet Kaur, PhD student at Cnam/Orange working on "Dynamic migration and instantiation of microservices while maintaining end-to-end service chain performance", since 2020.
Co-supervision (along with V. Issarny) of Yifan Du, PhD at INRIA/Sorbonne University, that worked on "Collaborative crowdsensing at the edge". Thesis defended in 2020.
Co-supervision of Mouhannad Alattar (along with J. Bourgeois), PhD student at Franche-Comté, worked on "Security supervision of mobile ad hoc networks: a lighweight, robust and reliable intrusion detection system". Thesis defended in 2013.
#CalibrateNoiseTogether is an Android application that supports the distributed and opportunistic calibration of the microphone embedded in -or connected to- a mobile phone. #CalibrateNoiseTogether has been developed as part of the #senseTogether project towards context-aware and accurate sensing.
Magenta - is a pub/sub system that support the automatic deployment of an event notification system
Ariadne is an open-source software freely distributed under the terms of the GNU Lesser Public License (LGPL), and to witch I contributed as a co-designer and co-developer .