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Design of Experiment for the Industry of transportation and Optimization – PEPITO
domain. This contribution to the development of sciences that treat and fully exploit the big data stream
Contextual and Aggregrated Information Retrieval – CAIR
Abiteboul in his inaugural lecture at the Academy of Sciences, "one must develop technologies to assess, validate
large-scale machine learning and applications – MACARON
these models is important, e.g., in experimental sciences. The project MACARON is an endeavor to develop
Multi-dimensional Map Multiplexing – MapMuxing
MapMuxing is a collaborative research project aiming at the design of cartographic multiplexing techniques. The project is leaded by COGIT Lab from IGN France with INRIA Saclay and Montpellier University.
High performance touch interactions – TurboTouch
Transfer functions and latency in tactile interaction
DRawing of nanoparticlEs-doped Amorphous Materials – Nice-DREAM
Drawing is a key step in the method of manufacturing an optical fiber. This stage is characterized by a very high temperature (~ 2000 ° C) and high mechanical stress. This project aims to understand the behavior of nanoparticles subject to such conditions in order to define the characteristics required in the preform to reach those designed in the fiber.
How tree-based family farms can adapt to global changes? – HEVEADAPT
Rubber family farms provide most of the global supply in natural rubber, a strategic commodity. But can these small plantations adapt and keep viable in front of fast climatic, social and economic changes?
Soils, Structures and Hydraulics: Expertise and Applied Research – SSHEAR
Soils, Structures and Hydraulics: Expertise and Applied Research
Impact of mixing processes on biochemical reactions in terrestrial environments – subsurface mixing and reaction
Biogeochemical reactions play a key role in the evolution of water quality in continental environments. In this project, we aim at understanding the dynamics of reactive hot spots erent origins and chemical compositions.
Agromining of strategic metals from contaminated matrices – AGROMINE
AGROMINE is the conception of agro-metallurgical production chains based on the culture of hyperaccumulator plants on contaminated matrices (soils, wastes) or naturally rich in metals (ultramafic soils), to produce high value metal compounds. These chains are developed for nickel (Ni) and cobalt (Co), metals of high strategic importance. Based on a previous work devoted to the synthesis process of a nickel salt (ANSH) from the biomass of A. murale, they combine agromining and hydrometallurgy.