Friday, September 13th 2013

	HS A
09:00	Pavel Krejčí: Dynamic Contact of Elastoplastic Bodies Treated as a System of Equations with Hysteresis Operators
10:00	Coffee Break
	HS B	HS C	HS 1	HS 2	HS 3	HS 4	Z.1.29	E.1.05
	Modelling and Optimization in Mathematical Biology	Optimal Design of Spatio-Temporal Networks and Systems	Optimal Control of Time-Dependent Variational Inequalities	Noise Estimation, Model Selection and Bilevel Optimization	Inverse Problems in Elasticity	Nonsmooth Optimization	Material and Topology Optimization: Theory, Methods and Applications	Contributed Talks
10:30	Calvez	Rafajłowicz	Brokate	Fornasier	Challa	Khan	Haslinger	Burlica
11:00	Clairambault	Rafajłowicz	Adam	Chung	Ring	Beckers	Stolpe	Popescu
11:30	Schappacher-Tilp	Spöck	Farshbaf-Shaker	Calatroni	Kaltenbacher	Radons	Kocvara	Rebiai
12:00	Raoul		Wachsmuth	Hintermueller		Fiege	Greifenstein
12:30	Lunch Break
	HS A
14:00	Florian Jarre: New Approaches for Large Scale Semidefinite and Doubly Nonnegative Programs
15:00	Closing

Detail View by Rooms

	HS A	Plenary Lecture
09:00– 09:50		Pavel Krejčí^*	Dynamic Contact of Elastoplastic Bodies Treated as a System of Equations with Hysteresis Operators
	HS B	Modelling and Optimization in Mathematical Biology
10:30– 10:55		Vincent Calvez^* and Pierre Gabriel	Optimal Growth for Simple Polymerization Processes, and Application to Controlled Proliferation of Prion
11:00– 11:25		Jean Clairambault^*, Frédérique Billy, Olivier Fercoq, Tommaso Lorenzi, Alexander Lorz and Benoît Perthame	Physiologically Structured Partial Differential Equation Models of Proliferation in Cell Populations to Optimise Anticancer Treatments
11:30– 11:55		Gudrun Schappacher-Tilp^* and Walter Herzog	Prediction of Force Sharing Among Synergistic Muscles
12:00– 12:25		Gael Raoul^*	PDE Models to Study the Spatial and Evolutionary Dynamics of a Population in a Heterogeneous Environment
	HS C	Optimal Design of Spatio-Temporal Networks and Systems
10:30– 11:20		Ewaryst Rafajłowicz^* and Wojciech Rafajłowicz	More Safe Optimal Input Signals for Parameter Estimation of Linear Systems with Spatio-Temporal Dynamics
11:30– 11:55		Gunter Spöck^*	Spatial Sampling Design for Trans-Gaussian Kriging.
	HS 1	Optimal Control of Time-Dependent Variational Inequalities
10:30– 10:55		Martin Brokate^*	Optimal Control Problems with Rate Independent Evolutions
11:00– 11:25		Lukas Adam^* and Jiri Outrata	Optimal Control of a Discontinuous Problem
11:30– 11:55		Hassan Farshbaf-Shaker^*, Pierluigi Colli and Jürgen Sprekels	A Deep Quench Approach to Optimal Control of an Allen-Cahn Equation with Dynamic Boundary Conditions and Double Obstacles
12:00– 12:25		Gerd Wachsmuth^*	Optimal Control of Quasistatic Plasticity
	HS 2	Noise Estimation, Model Selection and Bilevel Optimization
10:30– 10:55		Massimo Fornasier^*, Marco Artina and Steffen Peter	Damping Noise-Folding and Enhanced Support Recovery in Compressed Sensing
11:00– 11:25		Matthias Chung^*, Julianne Chung and Dianne O'Leary	Designing Optimal Regularized Inverse Matrices for Inverse Problems
11:30– 11:55		Luca Calatroni^*, Juan Carlos De Los Reyes and Carola Schönlieb	Robustness of Sparse Optimal Control in Total Variation Image Denoising
12:00– 12:25		Michael Hintermueller^*	Nonconvex TVq-Models in Image Restoration: Analysis and a Trust-Region Regularization Based Superlinearly Convergent Solver
	HS 3	Inverse Problems in Elasticity
10:30– 10:55		Durga Prasad Challa^* and Mourad Sini	The Foldy-Lax Approximation for the Elastic Scattering by Many Small Obstacles with Arbitrary Shapes
11:00– 11:25		Wolfgang Ring^*	Modelling and Optimization of Stringed Musical Instruments
11:30– 11:55		Barbara Kaltenbacher^* and Peter Steinhorst	Application of the Reciprocity Principle for the Determination of Planar Cracks in Piezoelectric Material
	HS 4	Nonsmooth Optimization
10:30– 10:55		Kamil Khan^* and Paul Barton	Evaluating Generalized Derivatives of Nonsmooth Dynamic Systems
11:00– 11:25		Markus Beckers^* and Uwe Naumann	Deterministic Global Robust Optimization using McCormick Relaxations
11:30– 11:55		Manuel Radons^*	Representations and Analysis of Piecewise Linear Functions in Abs-normal form
12:00– 12:25		Sabrina Fiege^*, Andreas Griewank and Andrea Walther	Optimizing Nonsmooth Lipschitz Continuous Functions by Piecewise Linearization Based on Algorithmic Differentiation
	Z.1.29	Material and Topology Optimization: Theory, Methods and Applications
10:30– 10:55		Jaroslav Haslinger^*, Jukka I. Toivanen and Raino A.E. Mäkinen	Shape and Topology Optimization of Systems Governed by External Bernoulli Free Boundary Problems
11:00– 11:25		Mathias Stolpe^*	Methods for Large-Scale Variable Thickness Sheet Problems
11:30– 11:55		Michal Kocvara^*, Daniel Loghin and James Turner	Domain Decomposition Techniques in Topology Optimization
12:00– 12:25		Jannis Greifenstein^*, Michael Stingl and Fabian Wein	Simultaneous Material and Topology Optimization
	E.1.05	Contributed Talks
10:30– 10:55		Monica-Dana Burlica^* and Daniela Rosu	Viability of a Moving Set with Respect to a Semilinear Reaction-Diffusion System with delay
11:00– 11:25		Marius Popescu^*, Mihai Necula and Ioan Vrabie	Nonlinear Delay Evolution Inclusions on Graphs
11:30– 11:55		Salah-Eddine Rebiai^* and Fatima Zohra Sidi Ali	Exponential Stability of Compactly Coupled Wave Equations with Delay Terms in the Boundary Feedbacks
	HS A	Plenary Lecture
14:00– 14:50		Florian Jarre^*	New Approaches for Large Scale Semidefinite and Doubly Nonnegative Programs