Adapting Computer Vision Systems to the Visual Environment: Topographic Mapping. - Thomas Zielke; Kai Storjohann; Hanspeter A. Mallot; Werner von Seelen (ECCV, 1990)

Visual obstacle detection for automatically guided vehicles. - Kai Storjohann; Thomas Zielke; Hanspeter A. Mallot; Werner von Seelen (ICRA, 1990)

Intensity and Edge-Based Symmetry Detection Applied to Car-Following. - Thomas Zielke; Michael Brauckmann; Werner von Seelen (ECCV, 1992)

Matching conic curve segments. - Thomas Zielke; Werner von Seelen (ICPR (1), 1992)

CARTRACK: computer vision-based car following. - Thomas Zielke; Michael Brauckmann; Werner von Seelen (WACV, 1992)

Rechnersehen für Automobile. - Thomas Zielke (1992)

Integrating Face Recognition into Security Systems. - Volker Vetter; Thomas Zielke; Werner von Seelen (AVBPA, 1997)

Feature Extraction for Simple Classification. - André Stuhlsatz; Jens Lippel; Thomas Zielke (ICPR, 2010)

Discriminative feature extraction with Deep Neural Networks. - André Stuhlsatz; Jens Lippel; Thomas Zielke (IJCNN, 2010)

Deep neural networks for acoustic emotion recognition: Raising the benchmarks. - André Stuhlsatz; Christine Meyer; Florian Eyben; Thomas Zielke; Hans-Günter Meier; Björn W. Schuller (ICASSP, 2011)

Feature Extraction With Deep Neural Networks by a Generalized Discriminant Analysis. - André Stuhlsatz; Jens Lippel; Thomas Zielke (IEEE Trans. Neural Networks Learn. Syst., 2012)

Gradient Descent Analysis: On Visualizing the Training of Deep Neural Networks. - Martin Becker 007; Jens Lippel; Thomas Zielke (VISIGRAPP (3: IVAPP), 2019)

Modeling Dynamic Processes with Deep Neural Networks: A Case Study with a Gas-fired Absorption Heat Pump. - Jens Lippel; Martin Becker 007; Thomas Zielke (SIMULTECH, 2019)

Is Artificial Intelligence Ready for Standardization? - Thomas Zielke (EuroSPI, 2020)

Dimensionality Reduction for Data Visualization and Linear Classification, and the Trade-off between Robustness and Classification Accuracy. - Martin Becker 007; Jens Lippel; Thomas Zielke (ICPR, 2020)

Robust dimensionality reduction for data visualization with deep neural networks. - Martin Becker 007; Jens Lippel; André Stuhlsatz; Thomas Zielke (Graph. Model., 2020)