CSG Visualization
and RWTH Aachen University
Cross-Sectional Group
The CSG Visualization develops solutions for interactive (optionally immersive) visualization of scientific datasets.
The latest developments in ever faster computing hardware as well es efficient algorithms allow domain scientist to generate fast, more reliable and more detailed simulations and models of real-world phenomena. This, however, also increases the complexity of the data and poses a variety of challenges. One of those challenges is to make sense of the data and cope with the sheer amount of information to process as well as monitoring simulations early on.
One common way to make the analysis of data and processes easier, is to use visualization which means mapping complex information to visual abstractions which harnesses the humans’ strong visual sense such that even large quantities of data and interconnected relations can be communicated easily.
As such, the task of the CSG Visualization is to provide state-of-the-art visualization methods for variety of data being used within the NHR context. This includes spatial visualizations of data in immersive 3D environments (VR) or 2D/3D rendering applications as well as interactive analysis tools tailored to specific domains and users. In situations, where no off-the-shelf visualization exists, the task of our group is to develop new methods beyond state of the art.
If you have questions for other groups or general questions like access to the HPC infrastructure, have a look at our support website.
Current research topics:
- In-Situ Visualization: Provide instant visual feedback during simulations to monitor and judge current processes
- Uncertainty Visualization: Quantify the trustworthiness of the data
- Immersive Visualization
Support activities:
- Analyze challenges and provide experience in possible visualizations that aid the process
Gallery
3D-PLI Fiber Orientation Maps (© Ali Demiralp) 
Approximate Parallel Vector Operator (© Tim Gerrits) 
General 3D Tensor Visualization (© Tim Gerrits) 
Polarized Light Imaging Visualization (© Ali Demiralp) 
Kastor pockets Black Hole (© Ali Demiralp) 
Uncertain Diffusion Tensor Glyphs (© Tim Gerrits) Members
Dr. Tim Gerrits
RWTH Aachen University
Jens Koenen
RWTH Aachen University
Marcel Krüger
RWTH Aachen University
Prof. Dr. Torsten W. Kuhlen
RWTH Aachen University
Jan Frieder Milke
RWTH Aachen University
Publications
2023
- A Case Study on Providing Immersive Visualization for Neuronal Network Data Using COTS Soft- and Hardware, (Marcel Krüger, Qin Li, Torsten W. Kuhlen, Tim Gerrits), IEEE VR Workshop Workshop on Immersive Visualization Laboratories – Past, Present and Future (@IEEE VR 2023)
2022
- Insite: A Pipeline Enabling In-Transit Visualization and Analysis for Neuronal Network Simulations (Marcel Krüger, Simon Oehrl, Ali C. Demiralp, Sebastian Spreizer, Jens Bruchertseifer, Torsten W. Kuhlen, Tim Gerrits, Benjamin Weyers), Workshop on In Situ Visualization, ISC 2022
- Multi-faceted Visual Analysis of Oceanographic Simulation Ensemble Data(Hennes Rave, Johannes Fincke, Steffen Averkamp, Beate Tangerding, Luca P. Wehrenberg, Tim Gerrits, Karim Huesmann, Simon Leistikow, Lars Linsen), IEEE Computer Graphics and Applications
- Performance Assessment of Diffusive Load Balancing for Distributed Particle Advection (Ali Demiralp, Dirk Helmrich, Joachim Protze, Torsten Kuhlen, Tim Gerrits), Journal of WSCG
- Studying the Effect of Tissue Properties on Radiofrequency Ablation by Visual Simulation Ensemble Analysis (Karl Heimes, Marina Evers, Tim Gerrits, Sandeep Gyawali, David Sinden, Tobias Preusser, Lars Linsen), 12th Eurographics Workshop on Visual Computing for Biology and Medicine (EG VCBM)
- Astray: A Performance-Portable Geodesic Ray Tracer (Ali Demiralp, Marcel Krüger, Chu-I Chao, Torsten Kuhlen, Tim Gerrits), The Symposium on Vision, Modeling, and Visualization (VMV)
- A C++20 Interface for MPI 4.0 (Ali Demiralp, Philipp Martin, Niko Sakic, Marcel Krüger, Tim Gerrits), The International Conference for High Performance Computing, Networking, Storage, and Analysis (SC22)
- MODE: A modern ordinary differential equation solver for C++ and CUDA (Ali Demiralp, Marcel Krüger, Tim Gerrits), International Conference Of Numerical Analysis And Applied Mathematics (ICNAAM22)