Thesis Topics
The Chair of Imaging and Computer Vision is an interdisciplinary institution that combines various faculties. With its primary affiliation to Faculty 6 and long-standing secondary memberships in Faculties 1 and 10, the chair offers unique and interdisciplinary supervision for theses in the fields of Electrical Engineering, Physics, and Biomedical Engineering. This cross-faculty structure enables us to promote scientific excellence at the interfaces between these disciplines.
Topics for Master’s and Bachelor’s theses are always available – contact us at any time or drop by!
Deep Learning Topics
Generative Models for PET Image Reconstruction Contact Rüveyda Yilmaz
Multiple topics available in Computer Vision, Phase Retrieval, Computational imaging Contact Ankit Amrutkar
Sequential Monte Carlo for Multi-Rodent Tracking using Segmentation Heatmaps Contact Emil Mededovic
Multi-Marginal Optimal Transport for Multi-Rodent Tracking using Segmentation Heatmaps: A proof of concept Contact Emil Mededovic
Positron Emission Tomography (PET)
Various Topics in Positron-Emission-Tomography: From Scanner Calibration To Image Reconstruction Contact Julian Thull
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Magnet-Resonanz-Imaging (MRI)
Various Topics in Low-Field Mag-netic Resonance Imaging (MRI) - From Hardware to AI Contact Yannick Kuhl
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Design and Characterization of a Constant-Current Gradient Amplifi-er for Low-Field MRI Contact Ankit Amrutkar
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Investigating Digital Models: Physics-Based Digital Modeling of a Low-Field MRI System for Simu- lation and Parameter Analysis Contact Marcel Ochsendorf
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Development and Implementation of a Low-Field NMR Probe to acquire the free induction decay signal of a sample Contact Marcel Ochsendorf
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Iterative Design and Experimental Validation of Resistive B0 Coils for Low Field MRI Contact Marian Frei
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Ambient EMI Sensing for Room-Noise-Aware Low-Field MRI: Adaptive Noise Mitigation to improve SNR Contact Marcel Ochsendorf
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Automatic Resonance and Matching Retuning of Low-Field MRI RF Coils Under Temperature and Proximity Perturbations Contact Marcel Ochsendorf
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Magnet-Particle-Imaging (MPI)
Image and video communication
Compression of Whole Slide Images Contact Jan Schneider
Learned Image and Video Compression Contact Tim Claßen
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Compression of PET-Data Contact Tim Claßen
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We offer a variety of interesting topics in the Visual Media Communication group at LfB Contact Mathias Wien
General Topics
Thesis Topics am INM-4 des FZ Jülich (Physik der Medizinischen Bildgebung – PET) bei Dr. C.Lerche
HiWi Offers
We continuously hire HiWis and would be happy to hear from you—feel free to come and talk to us anytime!.