Associated PostDocs

Munich

		Dr. Christian Kahle Technische Universität München Faculty of Mathematics Chair of Optimal Control

		Dr. Dominik Meidner Technische Universität München Faculty of Mathematics Chair of Optimal Control P 1: Sparse controls P 5: Boundary control problems in polyhedral domains

		Dr. Johannes Pfefferer Technische Universität München Faculty of Mathematics Chair of Optimal Control P 5: Boundary control problems in polyhedral domains

		Dr. Max Winkler Universität der Bundeswehr München Fakultät für Bauingenieur- und Vermessungswesen Institut für Mathematik und Bauinformatik

Graz

		Ass.-Prof. Dr. Florian Kruse Karl-Franzens-Universität Graz Institute for Mathematics and Scientific Computing P 1: Sparse controls P 9: Sensitivity and control of evolutions with rate-independent elements

		Dr. Martin Holler Karl-Franzens-Universität Graz Institute for Mathematics and Scientific Computing P 2: Complexity and convergence of multilevel optimization approaches for TV-based denoising P 8: Parameter estimation for the Bloch equation from linear projection data and applications in MR fingerprinting

		Dr. Manfred Liebmann Karl-Franzens-Universität Graz Institute for Mathematics and Scientific Computing P 12: Sparse optimal control in time-dependent density functional theory

		Ass.-Prof. Dr. Günther Of Technische Universität Graz Faculty of Technical Mathematics and Technical Physics Institute of Computational Mathematics P 5: Boundary control problems in polyhedral domains P 11: Energy corrected finite elements for optimal control problems on domains with re-entrant corners P 17: Domain decomposition methods for nonlinear transmission conditions

		Dr. Armin Rund Karl-Franzens-Universität Graz Institute for Mathematics and Scientific Computing P 1: Sparse controls P 8: Parameter estimation for the Bloch equation from linear projection data and applications in MR fingerprinting

		Dr. Tăng Quốc Bảo Karl-Franzens-Universität Graz Institute for Mathematics and Scientific Computing P 7: Organic photovoltaics and related electrochemical models P 9: Sensitivity and control of evolutions with rate-independent elements P 16: Volume-surface reaction-diffusion systems: analysis, numerics, control, and optimality issues

		Dr. Philip Trautmann Karl-Franzens-Universität Graz Institute for Mathematics and Scientific Computing P 1: Sparse controls

TUM Mathematik Rutschen

Impressum | Datenschutzerklärung | AnregungenCopyright Technische Universität München