zhorvath@vrvis.at
Hydraulic Engineering & Water Resources Man.
Karlsplatz 13/222
1040 Vienna Austria

Zsolt Horváth
Postdoc
Postdoc
short CV:
I am a researcher at the Vienna University of Technology and at the VRVis Research Center for Virtual Reality and Visualization. I graduated from the Faculty of Information Technology at Brno University of Technology and finished my PhD studies at the Vienna University of Technology. My PhD thesis presents a new numerical scheme for flood simulations and its efficient implementation on GPUs and validation on multiple analytic, laboratory and real-world cases. My current research topics involve large-scale flood simulations on GPUs. research group:
Research Center of Hydrology and Water Resources Management research interests:
Efficient Large-Scale Real-World Flood Simulations using the Shallow Water Equations on GPUs [.pdf] supervisor: G. Blöschl other interests:
running, cycling, swimming, squash, reading
I am a researcher at the Vienna University of Technology and at the VRVis Research Center for Virtual Reality and Visualization. I graduated from the Faculty of Information Technology at Brno University of Technology and finished my PhD studies at the Vienna University of Technology. My PhD thesis presents a new numerical scheme for flood simulations and its efficient implementation on GPUs and validation on multiple analytic, laboratory and real-world cases. My current research topics involve large-scale flood simulations on GPUs. research group:
Research Center of Hydrology and Water Resources Management research interests:
- Computer graphics
- Computational Fluid Dynamics
- GPU Computing
- High Performance Computing
Efficient Large-Scale Real-World Flood Simulations using the Shallow Water Equations on GPUs [.pdf] supervisor: G. Blöschl other interests:
running, cycling, swimming, squash, reading
publications:

Comparison of Fast Shallow-Water Schemes on Real-World Floods,
In Journal of Hydraulic Engineering, Volume 146, January 2020
[pdf link]

A fast second-order shallow water scheme on two-dimensional structured grids over abrupt topography,
In Advances in Water Resources, Volume 127, pages 89-108, May 2019
[pdf]

Interactive Visualization of Flood and Heavy Rain Simulations,
In Computer Graphics Forum (Proceedings EuroVis 2019), 38(3), pages 25-39, 2019 Best Paper Award
[pdf] [video]

[poster]

[poster]

Kepler Shuffle for Real-World Flood Simulations on GPUs,
International Journal of High Performance Computing, 30(4), pages 379-395, 2016
[pdf] [video]

Composite Flow Maps,
In Computer Graphics Forum (Proceedings EuroVis 2016), 35(3), pages 461-470, 2016
[pdf] [video]

[poster]

A Two-Dimensional Numerical Scheme of Dry/Wet Fronts for the Saint-Venant System of Shallow Water Equations,
In International Journal for Numerical Methods in Fluids 77(3), pages 159-182, 2015
[pdf] [poster] [video]

Visualization of Object-Centered Vulnerability to Possible Flood Hazards,
In Computer Graphics Forum (Proceedings EuroVis 2015), 34(3), pages 331-341, 2015. Best Paper Award, 3rd place
[pdf] [video]

New Methods for Flood Risk Management,
In Österreichische Ingenieur- und Architekten-Zeitschrift (ÖIAZ) Jg.160, pages 1-12, 2015
[pdf]

[poster]

Run Watchers: Automatic Simulation-Based Decision Support in Flood Management,
In IEEE Transactions on Visualization and Computer Graphics, 20(12), pages 1873-1882 (Proceedings IEEE VAST), 2014
[pdf] [video] [short video]

Many Plans: Multidimensional Ensembles for Visual Decision Support in Flood Management,
In Computer Graphics Forum (Proceedings EuroVis 2014), 33(3), pages 281-290, 2014
[pdf] [video] [short video]