Search
Multiresolution Particle Methods for Multiphase Flows – MPARME
The quantification, understanding and prediction of the dynamics of multiphase flows is essential for gaining insight in natural phenomena and for designing engineering devices. Examples range from g
Phase diagrams and Algorithms for Inference and Learning – PAIL
The fields of high dimensional statistics, modern inference and machine learning have witnessed transformative changes in the last few years. In particular, recent algorithmic advances on deep network
Doing tomography differently: building the imaging tools of tomorrow – CLEARVIEW
Imaging what is inaccessible to direct observation, based on elastic waves, is a major issue with a wide range of applications of high societal and economic impact. In this project we aim at drastical
Spatio-temporal analysis of pediatric magnetic resonance images – STAP
The advances in medical imaging require to develop quantitative or semi-quantitative methods to improve accuracy in the image analysis results. Advances in medical image analysis provide such tools, b
RichEr VidEo for Richer creativitY – ReVeRY
The ReVeRY project will design a specific GRID OF CAMERAS, a cost-efficient system that acquires at once several viewpoints under several exposures and will convert a multiview, multiexposed, video st
Fast solvers for robust discretisations in CFD – Fast4HHO
The project "Fast solvers for robust discretisations in CFD" will provide scalable, robust linear solvers for Compatible Discrete Operator (CDO) and Hybrid High Order (HHO) discretisations in industri
CONnected TEXTiles for on body-centric communications – CONTEXT
The project aims to develop smart textiles with integrated radiofrequency technologies (RF) and electronic components for on-body communications in Wireless Body Area Networks (WBAN). Based on existin
Readout of quantum information encoded at microwave frequencies – REQUIEM
This ReQuIEM ANR project aims at developing new superconducting devices to improve significantly the community ability to Readout Quantum Information Encoded at Microwave frequency. It fits the resear
Charge manipulation of single nanoparticles on insulating surfaces – CHAMAN
Electron or hole transfer processes in semiconductor or insulating interfaces, which are sandwiched between metallic electrodes, are important elementary processes in any kind of micro- or nano-electr
Chaos-based Information Processing with Magnetic Nano-oscillators – CHIPMuNCS
CHIPMuNCS is a frontier research project at the interface between nanomagnetism, spintronics, and nonlinear dynamics. It is motivated by the premise that the rich behaviour of nonlinear systems, in pa