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Beyond compressive sensing: sparse approximation algorithms for ill-condioned inverse problems – BECOSE
The BECOSE project aims to develop and analyze algorithms relying on<br />the concept of sparsity to address ill-posed inverse problems arising<br />in signal and image processing. These numerical tools will have key<br />impacts in several industrial sectors including environment, the<br />automotive and aeronautical industries among others.
BROADBAND ENERGY SCAVENGING TECHNOLOGIES FOR MICRO ELECTRO-MECHANICAL SYSTEMS – BESTMEMS
BESTMEMS aims at developing a global approach for the design of self-powered systems supplied by ambient vibrations, including material, mechanical, electrical and energy management aspects for the conception of energetically autonomous sensors. With this aim, two specific target applications will be envisaged through the collaboration with industrial partners, consisting in a self-powered Tyre Pressure Monitoring System and a structural health monitoring system for smart bearings.
Chemical stimulation of the innate immune response with ChX710: Toward a new class of antiviral molecules – ChemInnate
Viral infections are a major public health problem while our therapeutic arsenal remains very limited and relies mainly on a few direct acting molecules that act on the virus replication machinery. As part of the ChemInnate project, we are exploring another therapeutic approach: broad-spectrum antivirals that, instead of targeting the virus itself, block viral growth by modulating cell defense mechanisms.
Deforming Integrable Sigma-models – DefIS
The primary goal of DefIS is to push forward the current frontier of knowledge on integrable field theories. Few field theories have the property of being integrable. Their study has nevertheless proved to be of great importance for theoretical physics. The reason is that integrability allows for the use of specific techniques in order to compute exact results. DefIS aims to construct the full landscape of integrable sigma-models and to determine its characteristics.
MOllusc BIvalves as inDICators of contamination of water bodies by protozoan parasites. – MOBIDIC
Les indicateurs microbiologiques actuels ne renseignent pas correctement la contamination des masses d’eau par les protozoaires. De plus, la recherche des protozoaires dans l’eau est fastidieuse et conduit à une variabilité des résultats (spatiale et temporelle). MOBIDIC se propose de lever ces limites par l’utilisation de bivalves
Study and development of new anti-cancer therapeutic strategies based on immunomodulation and dendritic cells – IMOCA
The IMOCA Industrial Chair carries out intensive research in fundamental and applied immunology in order to increase the knowledge of immune responses in the context of cancer and inflammation, to design immunotherapies while training the future actors in the field. Located at the interface between the academic and industrial world, it aims to optimize a portfolio of projects with a high chance of having an applied impact.
