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| Winter Term 2020/21, Doctoral School Events | |
| 2020-12-11 | Doctoral School Seminar (14:00–16:30, Video conference) |
| Lasse Wulf (TU, advisor B. Klinz): Recoverable Robust Representatives Selection Problems with Discrete Budgeted Uncertainty [show abstract] | |
| Tuan Anh Do (TU, advisor M. Kang): Genus of random bipartite graphs [show abstract] | |
| Jana Fuchsberger (KFU, advisor G. Haase): Exploring Low Permeability Behavior of a Darcy Penalization Model for the Incorporation of Obstacles in Fluid Flow [show abstract] | |
| Doris Schadler (TU, advisor E. Stadlober): A data selection criterion to improve the performance of a model-based fault detection method [show abstract] | |
| 2021-01-15 | Doctoral School Seminar (10:00–11:45, Video Conference) |
| Richard Huber (KFU, advisor K. Bredies): Coupled Regularization with Multiple Data Discrepancies [show abstract] | |
| Verena Horak (KFU, advisor K. Bredies): An end-to-end low complexity Machine Learning Approach for Electrical Impedance Tomography [show abstract] | |
| Gabriel Lipnik (TU, advisor C. Elsholtz): Constructions of Large Caps and Progression-Free Sets [show abstract] | |
| 2021-01-29 | Doctoral School Seminar (14:00–16:30, Video conference) |
| Huan Chen (KFU, advisor G. Haase): Reinforcement learning based controller for a plug-in hybrid electric vehicle. [show abstract] | |
| Karli Gilette (KFU, advisor G. Haase): Digital Twinning of Cardiac Electrophysiology using Non-invasive Clinical Measurements | |
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Abstract: Image-based models of human ventricular electrophysiology are becoming increasingly relevant as clinical research tools for diagnostics, prognostics, and treatment planning. However, current clinical electrophysiological models use simplified representations of the cardiac conduction system and mostly rely on generic assumptions about electrophysiology thus lacking patient specificity. We therefore present an automated framework for the generation of cardiac digital twins from clinically-standard data equipped with a physiologically detailed representation of the cardiac conduction system.[hide abstract] | |
| Bianca Dornelas (TU, advisor M. Kerber): Collapses of higher order Delaunay complexes [show abstract] |