The Computer Vision and Graphics (CVG) group is an active research group carrying out innovative research in the field of Visual Computing. We combine extensive expertise in Computer Vision on the analysis side, i.e. capturing, sensing and understanding the visual real world and Computer Graphics on the synthesis side, i.e. modelling into digital representations and animation of these models as well as rendering and visualization, often in an analysis-by-synthesis cycle. In this context, we combine CV & CG models with deep neural networks and especially develop model-based deep learning methods, that integrate a-priori and model knowlegde into neural architectures. We develop sophisticated solutions for virtual, augmented and extended reality for a broad range of applications for industry, multimedia, medicine and security. Current topics include human shape/motion analysis and synthesis, computational video, image and video understanding, biomedical image analysis, generative models as well as augmented reality.
Latest Publications
- September 2025: Our paper CGS-GAN: 3D Consistent Gaussian Splatting GANs for High Resolution Human Head Synthesis is accepted for publication at NeuRIPS 2025!
- June 2025: Our paper RIPE: Reinforcement Learning on Unlabeled Image Pairs for Robust Keypoint Extraction is accepted for publication at ICCV 2025!
- May 2025: We present our survey paper 3DGS.zip: A survey on 3D Gaussian Splatting Compression Methods at Eurographics 2025!
Research Topics
The research addresses different fields in the area of Computer Vision, Computer Graphics and Visual Computing.
Projects
Current research at the CVG group is based on numerous projects from industry and public funding bodies on European and national level.
Publications
Journal papers, conference proceedings, talks and tutorials, standardization contributions and books. Find out about the publications of our group.
Team
Your partner for research and product development: Get in contact with our scientists.
Student Opportunities
We offer exciting topics for Bachelor- and Masterthesis or opportunities to work with us as a student research assistant.
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