The team’s research themes are on the architecture and methods required to design effective embedded systems with strong constraints such as security and reliability. Its objectives are closely linked to the study of cutting-edge technologies which enable designers to tackle ever increasing constraints that include complexity, reliability, energy efficiency, operational speed, security and flexibility. These research projects are closely linked to industry needs. They focus on new concepts for future technologies but also on the significant improvement of existing products. A good illustration of this is provided by the team’s scientific output, which consists not only in publications but also in patents that can be directly applied by industry and by open-source software.
Research
The team’s work focuses on three major themes:
- Security constraints are dealt with in the Trusted Computing Hardware theme
- Reliability constraints are dealt with in the Analysis and Design of Reliable Processors Based on Unreliable Technologies theme
- Complexity and energy efficiency constraints are dealt with in the Optimal Architectures for Complex Algorithms Implementations theme
Team members
- Jean-Luc Danger, Professor, team leader
- Sumanta Chaudhuri, Associate Professor
- Guillaume Duc, Associate Professor
- Tarik Graba, AssociateProfessor
- Ulrich Kühne, Associate Professor
- Yves Mathieu, Professor
- Lirida Naviner, Professor
- Laurent Sauvage, Associate Professor
- Abdelmalek Si merabet, Research Engineer
Key words
- Hardware security of embedded systems against physical and cyber attacks
- Hardware reliability of embedded systems
- Architecture and design methods for embedded systems
Scientific publications
Interrogation du serveur HAL en cours...Waiting for HAL server...
Forthcoming events
- Pas d’évènements prévus actuellement.No events currently scheduled.
LTCI latest news
Recent findings in nanostructure based lasers
Very Large Networks and Systems — 25/08/2021A new paper published in Light: Science & Application (Nature Publishing Group), by Professor Frédéric Grillot and co-workers.
Private communications quantum laser
Very Large Networks and Systems — 21/06/2021Mid-infrared free-space optical communication has a large potential for high speed communication due to its immunity to [...]
Quantum cryptography experimental battle-testing
Digital Trust — 05/05/2021Researchers from Télécom Paris have shown that a given security vulnerability can lead to attack paths exhibiting different [...]
Shedding some light on black box algorithms
Data Science & AI, Faculty Members — 07/04/2021Winston Maxwell, legal researcher, and Florence d’Alché-Buc, researcher in machine learning, both at Télécom [...]
A year of research and innovation
Faculty Members, Innovation — 10/03/2021The generously illustrated 84-page document depicts the great variety of scientific fields, research projects and applications [...]
Realising free-space communication with quantum cascade lasers
Faculty Members, Very Large Networks and Systems — 18/12/2020Frédéric Grillot and Olivier Spitz at Télécom Paris have developed specific lasers [...]
How will we interact with the virtual reality?
Design interaction perception, Faculty Members — 24/11/2020The ways we interact with technology change over time and adapt to fit different contexts, bringing new [...]
Boolean functions: George Boole prize awarded to Sihem Mesnager
Faculty Members — 10/11/2020The George Boole prize was awarded in September 2020 to Sihem Mesnager, associate researcher with the [...]
Giant pulses in quantum cascade photonic devices reported
Very Large Networks and Systems — 09/11/2020For the first time, giant pulses in quantum cascade lasers have been reported by researchers from Télécom [...]
Social robotics today and tomorrow: an overview
Design interaction perception, Faculty Members — 12/10/2020Chloé Clavel, Professor in Affective Computing at Télécom Paris, was involved in this talk about [...]