Niklas Penzel, M.Sc.

Address: | Computer Vision Group |
Department of Mathematics and Computer Science | |
Friedrich Schiller University of Jena | |
Inselplatz 5 | |
07743 Jena | |
Germany | |
Phone: | +49 (0) 3641 9 46335 |
E-mail: | niklas (dot) penzel (at) uni-jena (dot) de |
Room: | 3018 |
Links: | Google Scholar |
Curriculum Vitae
Since Dec. 2020 | Research Associate at the Computer Vision Group, Friedrich Schiller University Jena |
---|---|
2020 | Master Thesis: “The Bias Uncertainty Sampling introduces into an Active Learning System” |
2018-2020 | M.Sc. in Computer Science at the Friedrich Schiller University Jena |
2018 | Bachelor Thesis: “Lebenslanges Lernen von Klassifikationssystemen ohne Vorwissen und mit intelligenter Datenhaltung” (Lifelong Learning of Classification Systems without Previous Knowledge and with Smart Data Management) |
2015-2018 | B.Sc. in Computer Science at the Friedrich Schiller University Jena |
Research Interests
- Explainable AI
- Analyzing Model Training
- Lifelong Learning
- Deep Learning
- Super Resolution
Supervised Theses
- Tristan Piater: “Robustness of Causal Discovery Methods Towards Gradual Violations of Assumptions”. Master thesis, 2024. (joint supervision with Gideon Stein)
- Phillip Rothenbeck: “SIR-based modelling of COVID-19 pandemic using PINNs”. Bachelor thesis, 2024. (joint supervision with Sai Karthikeya Vemuri)
- Maria Gogolev: “Comparing and Modifying Distributions of Latent Diffusion Models to Impose Image Properties”. Master thesis, 2024. (joint supervision with Sven Sickert and Tim Büchner)
- Konstantin Roppel: “Model Feature Attribution for Single Images using Conditional Independence Tests”. Master thesis, 2024 (joint supervision with Jan Blunk)
- Jan Blunk: “Steering Feature Usage During Neural Network Model Training”. Master thesis, 2023 (joint supervision with Paul Bodesheim)
- Tristan Piater: “Self-Attention Mechanisms for the Classification of Dermoscopic Images”. Bachelor thesis, 2022 (joint supervision with Gideon Stein)
- Maria Gogolev: “Continual fine-tuning with intelligent rehearsal selection”. Bachelor thesis, 2022 (joint supervision with Julia Böhlke)
Publications
[bibliography author="Penzel"]