Research Archive
Scientific Algorithmic, Scientific Computing, Large-Scale Simulations, Optimization, High-Performance Distributed Computing, Software Technologies on HPC architectures
My general research interests are in applied computer science with emphasis on algorithms in simulation and optimization,
in particular nonlinear optimization, discrete mathematics, solving large systems of linear equations, solving differential
equations, and data management and analysis. I am in particular specialized in large-scale problems and their solutions on parallel supercomputers.
The research includes applied computer science and the intersection between discrete algorithms and scientific computing where the algorithm
development is applied to large-scale problems arising in various application areas. I typically apply my research in areas such as computational
electronics, biomedical simulations, computational physics, and automotive sheet metal simulations. Since these large-scale application problems
often run on parallel supercomputers, it is only natural that the algorithms also should run in parallel and the research involves information
and communication technologies and high-quality software on high-performance computing architectures.
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