| single cell transcriptomic dynamics |
Claassen lab |
| Editing Images with Text |
Autonomous Vision Group |
| Image Augmentation - Create your own Snapchat filters |
Autonomous Vision Group |
| Roboarena |
Kohlbacher lab |
| Implementation of a DNS Server SS23 |
Communication Networks |
| Reinforcement Learning in Gridworld Environments |
Decision Making |
| Learning Rendering with Blender and Python |
Real Virtual Humans Group |
| Monitorkalibration in hoher Auflösung |
Neuronale Informationsverarbeitung |
| Development of a supportive diagnosis system |
Integrative Transcriptomics Group |
| Real-Time Object Detection Web App |
Computer Graphics |
| Erstellung einer Simulationsumgebung zur KI-Entwicklung |
Cognitive Modeling |
| Sonifikation: Audio-visuelle Darstellung zeitabhängiger multi-dimensionaler Daten |
Big Data Visual Analytics |
| Programming statistical illusions in R with ShinyApps |
Experimental Cognitive Science |
| How to investigate model change by pupil dilation responses? |
Experimental Cognitive Science |
| Graphical User Interface for Time Series Analysis |
Experimental Cognitive Science |
| Wirkmechanismen zeitlicher Aufmerksamkeit |
Evolutionäre Kognition |
| ReHome: App und Backend für medizinische Anwendung |
Dr. Andreas Ray |
| Tue-Tweet |
Programming Languages Group |
| Dashboard for Software Engineering |
Software Engineering |
| Implementierung eines RISC-V Rechnerarchitektursimulators |
Eingebettete Systeme (Prof. Bringmann) |
| Medical Data Privacy Tool |
Pfeiferlab |
| ML guided image annotation tool |
Machine Learning |
| Predicting animal behavior from neural activity |
Machine Learning in Science - Mackelab |
