Session

Minisymposium: MS21 - Machine Learning Applied to Scientific Modeling
Event TypeMinisymposium
Scientific Fields
Computer Science and Applied Mathematics
Emerging Application Domains
Chemistry and Materials
Climate and Weather
Physics
Solid Earth Dynamics
Life Sciences
Engineering
TimeThursday, 13 June 201911:15 - 13:15
LocationHG F 3
DescriptionNumerical modeling of natural phenomena is an important aspect of modern research. Many tools have been developed which reproduce natural processes to offer in-silico predictions for a large variety of systems, including for example bio-physical phenomena, hydro- and aero-mechanical devices, or large-scale weather forecasting. A new tendency has recently emerged to replace ab-initio modeling of physical systems by heuristics-based predictions, to save significant computational cost. In this minisymposium, experts in the field will provide some perspectives regarding the application of machine learning approaches to this type of problems.
Presentations
11:15 - 11:45Combination of High-Performance Computing and Machine Learning in Computational Physics: Application to Aeronautical Flows
Computer Science and Applied Mathematics
Physics
11:45 - 12:15Neural Concept Shape and Some Applications: a Deep-Learning Framework for CAE
Computer Science and Applied Mathematics
Engineering
12:15 - 12:45Machine Learning for Pathological Gait Modelling
Computer Science and Applied Mathematics
Life Sciences
12:45 - 13:15Revisiting Motif Trees: High Performance White Box Predictors for Biological Sequences Modeling
Computer Science and Applied Mathematics
Life Sciences