Research Activities

  • Chaires, Projects and PhD thesis
    • Chaire ASC (formerly CSE) aims to develop teaching and research activities using a systemic and multidisciplinary approach to the architecture of complex systems.
      • Nan Li’s thesis focused on real-time strategies for motion controller for autonomous vehicle racing.
      • Roberto Medina’s thesis aimed at mixed criticality and data driven systems on multi-cores architectures.
    • Project FARO : This project from the CIEDS program aims at designing new algorithms and validation methods to guarantee dependability properties in swarms.
      • Aloysio Galvao Lopes’s thesis aims at exploring multiple horizons conformal time series forecasting.
      • Franco Cordeiro’s thesis focuses on plan builders (Monte Carlo Tree Search) for mixed criticality systems.
    • Project NAI (PEPR 5G):
      • Alaf Do Nascimento Santos aims at 5G NR base station schedulers for SCADA systems with real-time properties.
    • Chaire Cyber-CNI : The chair focuses on cyber security of critical infrastructures from innovative SMEs to large industrial groups.
      • Hassan Chaitou’s thesis aims at optimising security risk for classifiers on heterogeneous quality data (assessment for GANs vs adversarial training).
    • Project Superviz (PEPR Security)
      • Gregor Quetel’s thesis focuses on intrusion detection with semantics through ML methods
    • Project SWH-sec (Software Heritage)
      • Solal Rapapor’s thesis aims at detecting and analyzing malicious activities in software repositories and their supply chain.
    • Chaire E4C : The chaire Energy for Climate is structured in several Research Actions. Our research action considers energy efficiency for ICT systems and smart spaces at different scales
    • Project Smart Garden
      • Oussama Hadoune’s postdoc aims to analyse and optimise the environmental impact of greening urban environments.
    • Project Deterministic Platform: :
      • Farouk Hebbache’s thesis aims at time-division multiplexing for multi-criticality systems.
    • Model Based Software and System Engineering
      • Anish Bhobe’s thesis aims at detecting and solving model transformations and their information losses.
      • Yara Hallak’s thesis focuses on representativeness of simulation models (collaboration with Renault)
      • Smail Rahmoun’s thesis aims at optimizing architectures by composition of model transformation
  • Software
    • RAMSES, a model transformation, analysis and code generation platform for AADL (collaboration with CMU/SEI)
    • GMC-RES, a LITMUS RT plugin implementing the GMC-DAG mixed criticality scheduling algorithm.