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Generation of spatialized and socially structured synthetic populations for social simulation – GENSTAR
As agent-based social simulation is gaining ground as a candidate of choice for building decision-support tools in the management of complex socio-environmental systems, and as the resulting models are therefore being driven to produce more realistic outcomes, the issue of integrating large data cor
Common Horizon of Open Research in Uncertainty for Simulation – CHORUS
The CHORUS platform tackles the growing need of quantitative uncertainty management during the risk analysis of complex systems in early design, certification or operating phases. By uncertainty management, we mean the ability to quantify, to propagate and to analyse the effects of uncertainties in
High resolution cardiac electrophysiology numerical models – HR-CEM
Cardiovascular diseases are responsible for 700 000 death each year in Europe, half of which are directly related to cardiac ventricular tachyarrythmias. Together with 6 million individuals suffering from atrial fibrillation, it has become a major burden for the people and the health care system in
Vlasov-Poisson in Six Dimensions – VLASIX
The purpose of the VLASIX project is to develop direct Vlasov-Poisson solvers in various numbers of dimensions in order to bring improvements over traditional N-body methods. The main goal is ultimately to solve Vlasov-Poisson equations in 6-dimensional phase-space in the cold case, i.e. in the case
Emulating high-resolution ocean dynamics from the available large-scale, multimodal and multiscale observation and simulation databases – EMOCEAN
During the last decade, the ocean community witnessed worldwide the launch of over 30 new ocean-related satellite missions. Plans for new satellites, to improve the spatial-temporal sampling, are already laid well into the foreseeable future, and today, we are already talking Petabytes of data to do
Specific Advanced graphical MOdels for Genome-Wide Association Studies – SAMOGWAS
In the biomedical research field, high-throughput genotyping provides massive data (between a few hundred thousands to one or two millions genetic markers for each INDIVIDUAL observed). Downstream high-throughput genotyping, genome-wide association studies (GWASs) aim at identifying DNA variations r
Numerical Solutions of Maxwell Equations for a Full medical Imaging System – MEDIMAX
The main goal is the methodological and numerical development of a new robust inversion tool, associated with the numerical solution of the electromagnetic forward problem, including the benchmarking of different other existing approaches (Time Reverse Absorbing Condition, Method of Small-Volume Exp
Bayesian Methods for the Diagnosis and the Probability of detection supported by Simulation – ByPASS
The context of ByPASS is the numerical simulation for Non-Destructive Testing (NDT). More specifically, the project aims at developing new computational methodologies and software tools dedicated to two crucial industrial uses of the simulation. The first concerns the performance evaluation of insp
Mesh adaption for unsteady interfaces with deformation, stretching and curvature. – MAIDESC
The goal of the proposed research is to help close the technological gap between grid-unstructured simulation software and mesh-adaptive multi-scale multi-physics software. For the society, this gap will first bring an increase in the safety of engineering, since computational errors will be much b
Convergence facing Big Data era and Exascale challenges for Climate Sciences. – CONVERGENCE
Model simulations are central to the study of complex mechanisms and feedbacks in the climate system and to provide estimates of future and past climate changes. Recent trends in climate modelling are to add more physical components in the modelled system, increasing the resolution of each individua
SOLvers for Heterogeneous Architectures over Runtime systems – SOLHAR
During the last five years, the interest of the scientific computing community towards accelerating devices has been rapidly growing. The reason for this interest lies in the massive computational power delivered by these devices. Several software libraries for dense linear algebra have been produce
Parallel efficient ModulAr tools for multiPhysics and multIscale complEx simulations. Shock waves propagation in complex media – MAPIE
Simulation and modeling of shock waves propagation in complex media is an challenging issue, belonging to complex multiphysics problems, that has a wide range of applications ranging from astrophysics, gas dynamics, structural dynamics, materials sciences to the next generation of jet propulsion. Th
Uncertainty estimation of air quality simulations at urban scale – ESTIMAIR
Air quality simulations at urban scale depend on city geometry, meteorological conditions, background pollution (imported from distant locations) and urban emissions of atmospheric pollutants, largely due to road traffic. Based on these data, an urban air quality model can estimate pollutant concent
Multimodal and multiscale modeling and simulation of the fiber architecture of the human heart – MOSIFAH
Heart disease remains one of the most serious health problems in the world. According to the World Health Organization estimates in 2011, 17.3 million people around the globe died from this disease in 2008; this represents about 1/3 of all deaths globally. Despite decades of intensive cardiovascular
