Dr. rer. nat. Oliver Meister: Difference between revisions
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My topics of interest include High Performance Computing (HPC) for applications such as multi-phase flow in porous media and tsunami simulation, dynamically adaptive grids, parallelization of structured meshes and load balancing with space-filling curves. | My topics of interest include High Performance Computing (HPC) for applications such as multi-phase flow in porous media and tsunami simulation, dynamically adaptive grids, parallelization of structured meshes and load balancing with space-filling curves. | ||
=Publications and Presentations= | <!--=Publications and Presentations= | ||
Below you can find a selection of my published work. | Below you can find a selection of my published work. | ||
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==Publications== | ==Publications== | ||
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=Teaching= | =Teaching= | ||
Revision as of 14:49, 4 April 2015
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About me
In May 2010, after I received my Diploma degree in Informatics at the Technische Universität München (TUM), I started working as a PhD student of Univ.-Prof. Dr. Michael Bader, who had a position as a Junior Professor (JP) in the SGS group [1] at the IPVS, Universität Stuttgart. The group was led by Prof. Dr. Marc-Alexander Schweitzer [2] at the time. Shorty afterwards, Michael Bader accepted a position as Univ.-Prof. at TUM, so I moved back to Munich in November 2011 to continue my PhD studies as a member of the chair for Scientific Computing in Computer Science under Univ.-Prof. Dr. Hans-Joachim Bungartz, which has been my workplace since.
My topics of interest include High Performance Computing (HPC) for applications such as multi-phase flow in porous media and tsunami simulation, dynamically adaptive grids, parallelization of structured meshes and load balancing with space-filling curves.
Teaching
Lab Courses
- ST 13, ST 14, ST 15: Game Physics (BA)
Seminars
- ST 12, ST 13, ST 14, ST 15: Numerical Methods for Earthquake and Tsunami Simulation
- ST 12: Leading Yourself and Others
Tutorials
- WT 12/13, WT 13/14, WT 14/15: HPC Algorithms and Applications
- WT 11/12: Diskrete Strukturen I
Student Theses
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Multimedia
Dynamically adaptive, parallel simulation of slice 0 in the SPE10 benchmark, Click here for a video.