Scientific Research
A main aspect of VRVis services is scientific research. VRVis strives actively to advance the state-of-the-art in its fields through active basic research conducted together with scientific partners. Numerous awards as well as publications at the top international conferences confirm the high standard of our work. Young researchers often do their master or PhD thesis at VRVis, thus earning their first research experiences and successes. The results of the basic research are the foundation for the following applied research projects.
Applied Industrial Research
Next to the basic research, the applied research with a focus on industrial application aims is the second important pillar of VRVis services. Employees of VRVis are trained to speak the "language" of the respective industrial partner thus becoming efficient "translators" between universities and industries. According to the needs of the industrie partner the whole range of project possibilities from research prototyps to direct implementation into the software framework of companies is offered. VRVis places highest priorities on time- and cost-precision during industrial research projects.
Consulting
Thanks to international networks and continous publication activities VRVis can provide fast advice on the current state-of-the-art within the field of Visual Computing and possible implementations. Employees of VRVis quickly deliver information to many subfields of computer graphics and are also showing possible solutions.
Next to the research- VRVis has also build up an funding-competence. Financing research is an important issue for many company partners thus VRVis is providing expertiese concerning funding possiblities and proposal writing.
Industrial Application
Visual Computing is a cross-sectional technology. Dies means that there is not one fixed industrial market for the research results but rather numerous markets which are using the tool computer graphics. Below you will find a list which shows the combination of research- and industrial areas. This list does is not complete - rather the opposite Visual Computing can be used in many more fields:
Automotive Industries
- Volumen visualization for non-destructive testing of materials
- Interactive visual analysis for simulation data to optimize engines
- Flow visualization for different particle datasets
- Realistic rendering of car interious
Infrastructure
- 3D reconstruction of objects, based on image and laser scans
- Combination of spatial object with meta-data like pedestrian movements, access paths, visibility checks
- Visualization of large areas (cities, highways, railways, buildings)
- Realistic rendering of vegetation and lighting scenarious
Medical and Biotech
- Volumen visualzation of medical data
- Segmentation
- Surgery planing and training
Cultural Heritage and Creative Industries
- Presentation
- Animation
- Reconstrution of historical important objects