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AdvanCed CaLcium radioActive Isotope Manipulation for MORA – ACCLAIM_MORA
Jyväskylä. 39Ca+ is a unique candidate with exceptional potentials to complement the measurement of the
Aerial Robots for Prehistoric Caves Exploration and Mapping – ARCAVE
time accurate high-quality 3D models of these exceptional sites.
Aeroclipper Cyclone Intensity Observation – MICA
the USA and sporadically by Taiwan, are however exceptions worldwide. No airborne measurements are made
African Zoonotic Schistosomiasis : a paradigm shift – AfZoonS
is are trematode worms from Schistosoma genus. Except for S. japonicum, schistosomiasis are not considered
Aix-Marseille School of Economics
les supports vidéo. A quelques exceptions près toutes les actions qui ont été proposées
Alcohol-related neurodevelopmental disorders: imaging and modelling markers from the brain anatomy – ANDIMBA
ANDIMBA aims to identify, characterise and combine for diagnostic and prognostic purposes neuroanatomical MRI markers of Fetal Alcohol Spectrum Disorders (FASD), which are still lacking in the clinical setting. Its approach is to combine clinical expertise in FASD giving access to a large set of radio-clinical data and expertise in computer-assisted neuroimaging providing innovative tools to study the brain with developmental growth anomaly.
Algebraic Complexity – CompA
An algebraic version of the «P=NP ?« problem
Algebraic Methods for Cryptography – MAC
difficult (at best sub-exponential) to invert (except if one knows a trapdoor, rendering preimage computation
Algebraic and geometric domain decomposition for subsurface /groundwater flows – DEDALES
Geosciences simulations face a growing demand for increased physical fidelity. Geological storage of nuclear waste, or CO2, couples thermal, hydraulic, mechanical and chemical phenomena. The goal of the DEDALES project is to contribute to the mathematical methods, and the computing techniques, required to make those simulations feasible on the next generation of supercomputers.
Algorithmic methods for infinite graphs – AMIS
The AMIS project is a theoretical research project coordinated by Arnaud Carayol. It also involves Christopher Broadbent, Axel Haddad, Matthew Hague, Antoine Meyer, Chloé Rispal et Oliver Serre. The project started in January 2011 for a duration of 36 months. It was funded entirely by an ANR grant of 103,160 €.<br />
