| In silico characterization of pace-and-drive capacity of the human sinus node effects of cellular variability and tissue structure Projekttitel |
Master thesis |
B.Sc. Antoine Amsaleg |
M.Sc. Jorge Sánchez Arciniegas |
| Investigating the high correlation between unipolar and bipolar voltage maps |
Student research project |
B.Eng. Johannes Deininger |
M.Sc. Deborah Nairn |
| Comparison of intracardiac mapping modalities by analysing electrogram signals |
Master thesis |
B.Sc. Ting Shen |
M.Sc. Deborah Nairn |
| Classification of interatrial conduction blocks from simulated P waves of the 12-lead ECG |
Bachelor thesis |
Jule Bender |
M.Sc. Claudia Nagel |
| Study of the intra-cardiac electrogram signals using in-silico experiments to asses the impact of the atrial geometry |
Master thesis |
B. Eng. Miao Yu |
M.Sc. Deborah Nairn |
| Comparison of Data Augmentation Methods for Improving the Classification of Craniosynostosis |
Master thesis |
B.Sc. Christian Kaiser |
M.Sc. Matthias Schaufelberger |
| Implementation and evaluation of a mitral valve model based on the Immersed Boundary Method |
Bachelor thesis |
Johannes Betz |
M.Sc. Jochen Brenneisen |
| Simulation and analysis of fluid-structure-interaction in the presence of plaque in the coronary artery |
Bachelor thesis |
Mathias Franz |
M.Sc. Jochen Brenneisen |
| Low-energy pacing to control cardiac arrhythmia |
Bachelor thesis |
Erik Oberschulte |
M.Sc. Luca Azzolin |
| Influence of geometrical factors on fast simulations of cardiac modelling |
Bachelor thesis |
Nils Skupien |
M.Sc. Cristian Barrios |
| Development of a cylindric fluorescent phantom |
Master thesis |
B.Eng. Daniel Sartison |
Prof. Dr. Werner Nahm |
| Source estimation of the cardiac fibrotic substrate from intracardiac signals |
Master thesis |
B.Sc. Pascual Tejero Cervera |
M.Sc. Jorge Sánchez Arciniegas |
| Implementierung der "Immersed Boundary Method" (IBM) |
Internship thesis |
B.Sc. Michael Meinzer |
M.Sc. Jochen Brenneisen |
| Investigation of vessel density in OCTA images |
Bachelor thesis |
Amr Nidal Abuzer |
M.Sc. Ady Naber |
| A hybrid modeling approach to characterize the fibrotic substrate |
Student research project |
Kira Lohrey |
M.Sc. Jorge Sánchez Arciniegas |
| Ventricular Far Field Removal |
Student research project |
Nick Lorenz |
M.Sc. Laura Unger |
| Comparison of Unipolar and Bipolar Electrogram Morphology for Different Wave Propagation Phenomena |
Bachelor thesis |
Lena Heinemann |
M.Sc. Laura Unger |
| Classification of Craniosynostosis on 2D Asymmetry Maps Using Convolutional Neural Networks |
Bachelor thesis |
Bahadur Savaş |
M.Sc. Matthias Schaufelberger |
| Cardiac Magnetic Resonance Image Segmentation |
Student research project |
B.Sc. Sascha Weimar |
M.Sc. Jorge Sánchez Arciniegas |
| Patient-dependency of ionic concentration reconstruction and possible solutions |
Master thesis |
B.Sc. Michael Meinzer |
M.Sc. Nicolas Pilia |
| Assessment of Intrapatient ECG Feature Distributions for a Simulation of Realistic 12-Lead ECG Signals |
Bachelor thesis |
Fabian Anzlinger |
M.Sc. Claudia Nagel |
| Separation of atrial near and far field components in electrograms during atrial tachycardia |
Bachelor thesis |
Nadja Schicketanz |
M.Sc. Laura Unger |
| Parameterization of a Spatial Cerebral Temperature Model Using Thermal Image Information |
Master thesis |
Alexander Seer |
M.Sc. Yannick Lutz |
| Adaptation and Partition of a Brain Geometry for a Spatially Detailed Calculation of Local Cerebral Temperatures |
Student research project |
M.Sc. Tobias Meißner |
M.Sc. Yannick Lutz |
| Enhancing Conduction Velocity Estimation by Atrial Electrogram Analysis |
Bachelor thesis |
Jeanne Koch |
M.Sc. Nicolas Pilia, M.Sc. Laura Unger |
| Comparison of different approaches of direct indicator based EIT pulmonary perfusion parameter reconstruction |
Master thesis |
B.Sc. Maria Hernandez |
M.Sc. Michael Kircher |
| Design, Set Up and Execution of a Study to Assess the Volume Flow of a Blood Analogue in a Flow Phantom |
Master thesis |
B.Sc. Felix Katz |
M.Sc. Ady Naber |
| 3d face reconstruction from 2D images |
|
Robin Andlauer |
Dipl.-Inf. Andreas Wachter |
