Currently, the following former ECMath research projects are being continued until the end of 2019 with the aim to re-bundle research activities and possibly integrate them into the MATH+ research agenda:
Clinical Research and Health Care (CH)
- CH12: Advanced Magnetic Resonance Imaging: Fingerprinting and Geometric Quantification
Michael Hintermüller - CH14: Understanding cell trajectories with sparse similarity learning
Tim Conrad, Gitta Kutyniok, Christof Schütte - CH15: Analysis of Empirical Shape Trajectories
Hans-Christian Hege, Tim J. Sullivan, Christian von Tycowicz - CH17: Hybrid reaction-diffusion / Markov-state model of systems with many interacting molecules
Frank Noé, Christof Schütte - CH18: Boundary-Sensitive Hodge Decompositions
Konrad Polthier - CH20: Stochasticity Driving Robust Pattern Formation in Brain Wiring
Max von Kleist, Martin Weiser - CH21: Data-Driven Modelling of Cellular Processes and beyond
Tim Conrad, Stefan Klus, Christof Schütte
Metropolitan Infrasctructure (MI)
- MI-CH1: Robust Optimization of Load Balancing in the Operating Theatre
Guillaume Sagnol - MI7: Routing Structures and Periodic Timetabling
Ralf Borndörfer - MI8: Understanding and Improving Traffic with Unknown Demands
Max Klimm - MI10: Acyclic network flows
Benjamin Hiller, Thorsten Koch, Martin Skutella - MI12: Dynamic Models and Algorithms for Equilibria in Traffic Networks
Martin Skutella
Optical Technologies (OT)
- OT9: From single photon sources to tailored multi-photon states
Sven Burger, Frank Schmidt - OT10: Model Reduction for Nonlinear Parameter-Dependent Eigenvalue Problems in Photonic Crystals
Volker Mehrmann
Sustainable Energies (SE)
- SE17: Stochastic methods for the analysis of lithium-ion batteries
Jean-Dominique Deuschel, Peter Friz, Clemens. Guhlke, Manuel Landstorfer - SE18: Models for heat and charge-carrier flow in organic electronics
Annegret Glitzky, Matthias Liero - SE23: Multilevel adaptive sparse grids for parametric stochastic simulation models of charge transport
Sebastian Matera
Education and Outreach (EO)
- EO2: Fostering Multipliers’ Noticing of Teachers’ Mathematics Learning by Means of Video Examples (NoTe)
Bettina Rösken-Winter, Jürg Kramer