Collaboration and training
The platform contributes to interdisciplinary projects, develops scientific software and provides training in its methods and tools.
Cemosis / Research topics
Research areas
Modelling, simulation and scientific computing at the University of Strasbourg.
Modelling
Mathematical models of physical systems.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
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CIFRE AVNIR Energy
Vibroacoustic simulation and structural health monitoring.
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Exa-MA
Methods and algorithms for exascale computing.
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FLOOD · Urban flooding
Urban flood simulation with Feel++ and Ktirio Urban Building.
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InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
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JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
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Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Simulation
Numerical methods and simulation of physical phenomena.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
Explore the project →CIFRE AVNIR Energy
Vibroacoustic simulation and structural health monitoring.
Explore the project →Exa-MA
Methods and algorithms for exascale computing.
Explore the project →FLOOD · Urban flooding
Urban flood simulation with Feel++ and Ktirio Urban Building.
Explore the project →InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
Explore the project →JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Optimisation
Design, inverse problems and optimal control.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
Explore the project →InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Artificial intelligence (AI)
AI methods for scientific research.
Related projects
Exa-MA
Methods and algorithms for exascale computing.
Explore the project →InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
Explore the project →JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Machine learning
Learning from data for prediction and analysis.
Related projects
Scientific machine learning (SciML)
Combining physical models, numerical methods and machine learning.
Related projects
Signal and image processing
Processing, reconstruction and analysis of signals and images.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
Explore the project →CIFRE AVNIR Energy
Vibroacoustic simulation and structural health monitoring.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Data processing
Scientific data preparation, analysis and interpretation.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
Explore the project →FLOOD · Urban flooding
Urban flood simulation with Feel++ and Ktirio Urban Building.
Explore the project →InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
Explore the project →JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →High-performance computing (HPC)
Parallel computing, scientific software and computing infrastructure.
Related projects
Exa-MA
Methods and algorithms for exascale computing.
Explore the project →FLOOD · Urban flooding
Urban flood simulation with Feel++ and Ktirio Urban Building.
Explore the project →JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Digital twin
Connecting numerical models and observations to represent and monitor physical systems.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
Explore the project →InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
Explore the project →JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →Uncertainty quantification
Assessing how uncertainty in data and models affects predictions.
Related projects
Brain Organ-on-Chip
Microscopy, cell tracking and numerical models for brain organ-on-chip experiments.
Explore the project →InflamTwin-ICU
Mathematical digital twins for patient trajectories in intensive-care septic shock.
Explore the project →JNL-G
A digital twin of the French National High Magnetic Field Laboratory in Grenoble.
Explore the project →Ktirio Urban Building
Urban models and simulation at building and city scales.
Explore the project →