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Non Stationary and Multifractal Statistical Analyses of Per Partum Fetal Heart Rate for Asphyxia Diagnosis – FETUSES
Per partum fetal asphyxia (or acidosis) constitutes the third cause for neonatal morbidity and is responsble for a third of neonatal encephalopathies in term neonates. It is consecutive to a major
Distributed Computing : computability and complexity – DISPLEXITY
Distributed Computing: computability and complexity
High-Performance Computer Algebra – HPAC
The overall ambition of the project HPAC is to provide international reference high-performance libraries for exact linear algebra and algebraic systems on multi-processor architecture and to influe
Modelling of LANDslides and generated earthQUAKES for detection and understanding of gravitational instabilities – LANDQUAKES
Modelling of LANDslides and generated earthQUAKES for detection and understanding of gravitational instabilities
Stochastic systems in mathematics and mathematical physics – STOSYMAP
The aim of this project is to unite efforts of three French teams working on mathematical aspects of turbulence in various physical media. Past successes to tackle turbulence mathematically have been
Multifractal Analysis and Applications in Image and Signal processing – AMATIS
On the theoretical side, Multifractal analysis corresponds to pointwise singularity characterization and fractional dimension determination ; on the applied side, it is associated with scale invariance characterization, used in classification or model selection. <br />The AMATIS project aims at addressing the discrepancy between these approaches, by proposing a consistent and documented framework combining different theoretical approaches and bridging the gap towards applications.
Non selfadjoint operators, semi-classical analysis and evolution problems – NOSEVOL
The aim of this project is to study refined spectral, microlocal or semi-classical estimates for mainly non-selfadjoint operators and their applications to dynamical and evolution problems.
Estimation and MAnipulation at Quantum Scale – EMAQS
Manipulating the evolution of atoms and molecules at the quantum level has been a goal from the very beginnings of the laser technology. However, designing laser pulses based on intuition alone did no
Potential impacts of CO2 geological storage on groundwater quality – CIPRES
This project aims to contribute to the qualification and the quantification of possible environmental impacts of CO2 leakage and optimize groundwater monitoring in view of the creation of future CCS sites. The CIPRES project proposes to study these mechanisms within the framework of applied research. It is based, also, on experimental development at the laboratory and field scales.
Nanometric heat generators for therapeutic hyperthermia : heating capacity and biodegradation – Nanothermotherapy
Hyperthermia therapy is a medical treatment in which body tissue is exposed to high temperatures to damage and kill cancer cells or to make cancer cells more sensitive to the effects of radiation and