Christian Amend - MIA
Juan Sebastián Burbano Gallegos - MACS
Giacomo Cristinelli - MIA
Sven Dummer - MIA
Leonardo del Grande - MIA
source: http://www.malinc.se/math/trigonometry/geocentrismen.php - Heeringa - MIA
Lucas Jansen Klomp - MIA
Muhammad Hamza Khalid - MACS
Kaifang Liu - MACS
Xiangyi Meng - MACS
Floor van Maarschalkerwaart - MIA
Ben Minoque - MAST
Nida Mir - MIA / MDI-TNW
Hongliang Mu - MAST
Michiel Nikken - MAST
Philip Preussler - MAST
Patryk Rygiel - MIA
Hannah van Susteren - MIA
Johanna Tengler - MIA
Filippo Testa - MAST
Mei Vaish - MIA

Scientific machine learning with uncertainty quantification

Scientific Machine Learning (SciML) is a recent emerging area in scientific computing that investigates the integration of physical modeling and simulation with their data-driven counterpart, aiming to combine the strengths and compensate for the weaknesses of both. In particular, SciML (i) uses numerical models for the improvement of established machine learning techniques, (ii) uses data-driven machine learning techniques to assist numerical simulations, and (iii) creates new high-performance computational methodologies by employing aspects from both sides. 

The MIA team in SciML has specialized interests in Bayesian learning for dynamical systems, physically consistent model reduction, and physics-informed deep learning. In particular, research efforts are being made to synergize deep learning and Gaussian processes to enable robust data-driven discovery of low-dimensional dynamics from various measurement data, while certifying computational reliability with an endowment of uncertainty quantification. 

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