The allocation of the seminar topics is made through an online-allocation-portal that you can find HERE.
If you got a seminar theme via online-allocation-system, contact the organiser immediately, see section "Contact".
If a seminar theme is still freely available (nobody has chosen it till yet) after allocation, you can apply for it till to the 06'th of April 2010, see section "Contact".
Scattered Data Interpolation
Scattered Data Interpolation with General Regression Neural Networks
Learning vector quantization for probabilistic Neural Network
Implementing probabilistic Neural Networks
Numerical Methods for ODEs
Some general implicit processes for the numerical solution of ODEs
Automatic selection of methods for solving stiff and nonstiff systems of ODES
Partioned Runge-Kutta methods with Stiffness Detection and Stepsize Control
Numerical Methods for PDEs
Adaptive Linear Bayesian Identification for Inverse Problems
Quantifiziereng des Unsicherheiten
Uncertainties quantification - overview of numerical methods
Stochastic PDEs - overview
Uncertainties quantification in numerical aerodynamic
Efficient Algorithms
Sparse data representation
Decision trees
Hierarchical matrix technique for solving integral equations and ellptic PDEs
Coupled Simulation
Algebraic Methods for Strongly Coupled Systems
Staggered Methods for Loosely Coupled Systems
Advanced Software Techniques
If you participate the seminar at the Institute of Scientific Computing, the following rules are applied.
The time one needs for a seminar shall be equivalent with the time one needs for a 2 hours lecture with excercises and homeworks (4 credits). One credit is equivalent to 30 hours of work, i.e. for a seminar (4 credits) one has to plan 120 hours of work (3 weeks (Mo-Fr) with 8 hours per day).
Latex foils framework for the presentation: presentation.tar.gz
Latex framework for the written elaboration: seminarausarbeitung.tar.gz