Modern simulation techniques generate large amounts of complex data. The simulation models have tens, hundreds, or even thousands of parameters. Exploring and tuning such models is a very challenging task. It can be successfully solved only by a combination of automatic and interactive methods.
The research of the Interactive Visualization group targets a synergy of Interactive Visualization, and Computational Analysis to simplify and speed up the entire workflow of exploration and optimization of complex engineering systems.
The research findings provide novel methods for the preparation of simulations, controlling multiple simulation runs, and the interactive visual analysis of complex 3D and nD simulation results. The focus lies on complex data which usually includes many curves, surfaces, or other complex structures, per simulation run.
The application domains include automotive engineering, geology, and medicine. To support the initial setup of simulation domains, visual techniques for interactive mesh editing and domain decomposition are also investigated. Furthermore, the research of the Interactive Visualization group enables the exploration of high-dimensional parameter spaces by allowing the user to effectively create and steer simulation ensembles thereof. The steering solutions developed in the process, Hybrid steering and Hierarchical Steering, make it possible to simultaneously explore and analyze several simulation models of varying complexity.
Head of Interactive Visualization Group, Interactive Visualization
matkovic(at)vrvis.at +43 1 908 98 92 425Behind our smart solutions and software are smart and driven people. Do you want to meet the team?
Interactive Visual Analysis
Analysis and Steering of Simulation Ensembles
Parameter Space Exploration
Visualization Systems
Integrating Simulation and Visualization
Interactive Meshing for CFD Simulation
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