Institut für Biomedizinische Technik
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Institut für Biomedizinische Technik
Institut für Biomedizinische Technik
IBT
Stellenangebote
Zu vergebende Doktorarbeiten
Position Projekt Kontaktperson
Stellenangebote
Position Projekt Kontaktperson

Studenten Job / Praktikum

Crop & animate objects from digital photos

Prof. Dr. Werner Nahm

HiWi

Innovative ablation strategies to terminate reentrant activity on simplified left atrium geometry

M.Sc. Luca Azzolin
M.Sc. Jorge Sanchez
Zu vergebende Bachelor- und Masterarbeiten
Titel Typ Betreuer
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
Segmentation and diameter measurement of vessels in OCTA images Bachelor- oder Masterarbeit

M.Sc. Ady Naber
Investigation of vessel density in OCTA images Bachelor- oder Masterarbeit

M.Sc. Ady Naber
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

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