Mathematics
My main research areas are:- Quasi-Monte Carlo methods
- Levy-Processes
- Annuity life tables
- Mathematica packages for financial and actuarial mathematics
I also maintain a list of my publications and talks.
Some other projects that I did, either for my research or for my studies are (not complete, only those where files are available to the public):
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Quasi-Monte Carlo Algorithms with Applications in Numerical Analysis and Finance: My PhD thesis in Technical Mathematics about several QMC algorithms and applications.
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Low-Discrepancy Sequences for C++: Low-Discrepancy sequences are used in numerical integration instead of random numbers to minimize the error. These classes for c++ (released under the GPL) implement most of the known low-discrepancy sequences.
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Die numerische Simulation von Transportgleichungen: My diploma thesis (in German) in Mathematics about the Quasi-Monte Carlo simulation of transport equations, especially the Boltzmann-Equation.
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Quasi-Monte Carlo Simulation of the Diffusion-Equation: Computer Project where I compare different low-discrepancy sequences with the Monte Carlo method and the finite differences solution.
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Interpolation: (project for Numerical Mathematics) A windows program that visualized different methods of interpolation.
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The Stieltjes-Integral (Proseminar written by me, in German): A generalization of the Riemann-Integral




