Towards a more and more digital world!
This motto also embodies a goal for the research carried out within Telecom Paris, to which the Comelec department contributes through scientific works at the interface between the physical (“real” world) and the virtual world. Societal challenges, such as sharing of knowledge, sustainable development, health, public transportation widely rely on technological improvement in the physical layer to which the department research and teaching is devoted.
Several important aspects of Comelec research strategy and philosophy may be pointed out :
Academic research and scientific production
The research relies on strong theoretical developments, with an applicative set of mind. This leads to a solid production in terms of communications and publications, which largely contributes to the visibility of Telecom Paris
Innovation and links with industrial research
Scientific research in communications and information technologies (ICT) is among the strongest progress engines for developed societies and provides powerful opportunities towards innovation while favouring strong links with industry and private R&D. This context has encouraged the creation of a strong portfolio of patents, either fully owned or with third parties. Comelec also supports start-up/spin-off companies and benefits from the framework of the Institut Carnot Télécom & Société numérique
The involvement of individual researchers in scientific networks is quite essential for the dissemination of research as well as for cross-fertilization and the emergence of future collaborative projects. All Comelec groups are involved at various levels in national GDR platforms (GDR ISIS, GDR SOC2, GDR Ondes), in national Labex (Digicosme, Smart), in COST European actions (COST IC1004), URSI and in French competitiveness clusters (Systematic, SCS)
The department research has international visibility owing to the success in European calls, such as the ERC call with two winning projects, or Marie-Curie-Sklodowska calls with several International Training Networks
Comelec has identified several scientific axes that are transverse to the groups and increasingly concentrate the research efforts of the department:
All societal, financial and commercial activities based on digital technologies rely on high standard security prerequisites. There are two streams of research in the department that relate to digital trust. Data confidentiality is guaranteed by protecting information in electronic components and securing data exchanges with a radio link, and also by certain data distribution methods in the cloud. Trust is also based on reliability and certification, with the development of failure assessment techniques and the design of fault-resistant System-on-Chip architecture.
The department develops several original research topics in the field of artificial intelligence, which makes it a key player in data collection. Neural computation very close to sensors instantly transforms digital data into relevant information that is cheap to transmit. Low-energy chips and embedded systems that transport intelligent algorithms are developed for that purpose. Lastly, information theory is used to explore the bounds of learning algorithms with a view to their optimization.
Side Channel Attacks: How to exploit vulnerabilities of processors?Digital Trust, Faculty Members — 07/09/2022Maria Mushtaq: Side channel attacks exploit confidential information obtained from microarchitecture [...]
Frédéric Grillot and Michèle Wigger IEEE Distinguished LecturersFaculty Members — 22/07/2022The Communications and Electronics Department can boast two "Distinguished Lecturers" among its staff. Each [...]
Quantum cascade lasers: Advanced Photonics Top PapersVery Large Networks and Systems — 01/06/2022The work of Olivier Spitz, a post-doctoral fellow from 2020 to 2021 in the LTCI's Optical Telecommunications [...]
IP Paris’ International Winter School on Microarchitectural SecurityDigital Trust, Faculty Members — 24/05/2022The first Winter School on Microarchitectural security will be held in Dec. 2022, organized by IP [...]
Editor's Pick in Photonics: quantum dot lasers directly grown on siliconFaculty Members — 02/05/2022The paper "Four-wave mixing in 1.3 μm epitaxial quantum dot lasers directly grown on silicon", by Jianan [...]