In silico characterization of pace-and-drive capacity of the human sinus node effects of cellular variability and tissue structure |
Bachelor- oder Masterarbeit |
M.Sc. Jorge Sánchez Arciniegas |
Low-energy pacing to control cardiac arrhythmia |
Bachelorarbeit |
M.Sc. Luca Azzolin,
M.Sc. Laura Unger |
Influence of geometrical factors on fast simulations of cardiac modelling |
Bachelorarbeit |
M.Sc. Cristian Barrios |
Comparison of intra-cardiac mapping modalities by analysing the amplitude of electrogram signals |
Bachelorarbeit |
M.Sc. Deborah Nairn |
Study of the intra-cardiac electrogram signals using in-silico experiments to asses the impact of the atrial geometry |
Masterarbeit |
M.Sc. Jorge Sánchez
M.Sc. Deborah Nairn |
Local Impedance Measurements in the Atria - A Comparative Simulation Study |
Masterarbeitbeit |
M.Sc. Laura Anna Unger |
Automatic patient-specific atrial model generation to study arrhythmia vulnerability |
Masterarbeit |
M.Sc. Luca Azzolin
M.Sc. Jorge Sanchez |
Cardiac Magnetic Resonance Image Segmentation |
Studentische Forschungsarbeit |
M.Sc. Jorge Sánchez |
How Can a Property of the Catheter Effect the Signals Being Used to Calculate the Voltage |
Bachelor- oder Masterarbeit |
M.Sc. Deborah Nairn |
Qualitative/Quantitative analysis of atrial rotors using 12- lead-ECG and BSPM signals |
Studentische Forschungsarbeit |
M.Sc. Giorgio Luongo |
Non-invasive algorithm to discriminate different atrial flutter cases from simulated BSPMs with RQA analysis |
Bachelorarbeit |
M.Sc. Giorgio Luongo |