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Bundesministerium für Bildung und Forschung (Federal Ministry of Education and Research), Bonn
``Anwendung eines nichtlokalen Phasenseparationsmodells zur Bildbewertung in der Rheumadiagnostik'' (Application of a nonlocal phase separation model to optical diagnosis of rheumatic diseases, FG 1)
``Hochfrequente Selbstpulsationen in Mehrsektions-Halbleiterlasern: Analysis, Simulation und Optimierung'' (High frequency self-pulsations in multi-section semiconductor lasers: Analysis, simulations, and optimization, FG 2)
Deutsche Forschungsgemeinschaft (German Research Foundation), Bonn
A3: ``Image and signal processing in medicine and biosciences'' (FG 6)
C1: ``Coupled systems of reaction-diffusion equations and application to the numerical solution of direct methanol fuel cell (DMFC) problems'' (FG 3)
C2: ``Efficient simulation of flows in semiconductor melts'' (FG 3)
C7: ``Mean-risk models for electricity portfolio management and stochastic programming'' (FG 4)
C8: ``Shape optimization and control of curved mechanical structures'' (FG 1)
C9: ``Optimal control of sublimation growth of SiC bulk single crystals'' (FG 1)
C10: ``Modelling, asymptotic analysis and numerical simulation of thin liquid films'' (FG 7)
C11: ``Modeling and optimization of phase transitions in steel'' (FG 3, 4)
D3: ``Global singular perturbations'' (FG 2)
D4: ``Quantum mechanical and macroscopic models for optoelectronic devices'' (FG 1)
D8: ``Nonlinear dynamical effects in integrated optoelectronic structures'' (FG 1, 2)
E1: ``Microscopic modelling of complex financial assets'' (FG 5)
E5: ``Statistical and numerical methods in modeling of financial derivatives and valuation of portfolio risk'' (FG 6)
``Analytische und numerische Untersuchungen zur raum-zeitlichen Strukturbildung in Halbleiterlasern'' (Analytical and numerical investigations on the spatio-temporal formation of structures in semiconductor lasers, FG 1, 2)
``Mehrskalenmethoden zur Beschreibung elektronischer Zustände in Halbleiter-Nanostrukturen'' (Multiscale methods for the description of electronic states in semiconductor nanostructures, FG 1, 3, 4)
``Mehrskalenmodellierung thermomechanischer Körper'' (Multiscale models of thermomechanical bodies, FG 1, 7)
``Mikro-Makro-Übergänge in der atomaren Kette für verschiedene Skalierungen'' (Micro-macro transitions in the atomic chain for various scalings, FG 1, 7)
``Structure adaptive smoothing procedures with applications in imaging and functional MRI'' (FG 6)
``Deep reaching fluid-flow in the Central European Basin System'' (FG 3)
``Spektralparameterabhängige Randwertprobleme und Hybridmodelle der Halbleitersimulation'' (Boundary value problems depending on the spectral parameter and hybrid models in semiconductor simulation, FG 1)
``Energiemodelle für heterogene Halbleiterstrukturen'' (Energy models for heterogeneous semiconductor structures, FG 1)
``Einfluss räumlicher Fluktuationen auf das Gelationsverhalten von Koagulationsprozessen'' (Influence of spatial fluctuations on the gelation behavior of coagulation processes, FG 5)
``Hydrodynamische Fluktuationen von Verzweigungsmodellen in katalytischen Medien mit unendlicher Erwartung'' (Hydrodynamic fluctuations of branching models in catalytic media with infinite expectations, FG 5)
``Models for phase transition with thermo-mechanical interaction'' (FG 7)
``Mathematical modeling and analysis of spreading polymer films'' (FG 7)
Project 2: ``Numerische Verfahren und Simulation für die Fallfilmverdampfung'' (Numerical methods and simulation of thin film instabilities including evaporation effects, FG 3)
Alexander von Humboldt-Stiftung (Alexander von Humboldt Foundation)
Deutscher Akademischer Austauschdienst (German Academic Exchange Service), Bonn
International Projects
Verbundforschungsvorhaben (research network project): ``Terabit Optics Berlin'', project B4: ``Modellierung und Simulation von Pulsquellen'' (Modeling and simulation of pulse sources)
Mission-oriented research
HP Integrity for Research Program
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[Contents] | [Index] |