Monday, September 9th 2013

08:15	Registration
	HS A
08:45	Opening
09:00	Robert Weismantel: Mixed Integer Convex Optimization
10:00	Coffee Break
	HS B	HS C	HS 1	HS 2	HS 3	HS 4	Z.1.29	E.1.05
	Novel Directions in Control of Evolutionary PDE Problems	Stochastic Models for Optimization of Electric Power Systems	Stability, Sensitivity and Error Analysis for Optimal Control Problems	Dynamic Programming Approach to Optimal Control Methods and Applications	High Resolution Imaging with Geometric Priors	Computational Optimization Methods in Statistics, Econometrics and Finance	Iterative Methods for Ill-Posed Problems	Nonlinear Mixed Integer Programming and Conic Relaxations
10:30		Kalliauer	Burns	Cristiani	Bredies	Neck	Maréchal	Drewes
11:00	Pignotti	Ostermaier	Burns	Cristiani	Valkonen	Blüschke-Nikolaeva	Anzengruber	Buchheim
11:30	Pokojovy	Chabar	Outrata	Pereira	Papafitsoros	Behrens	Yudytskiy	Liers
12:00		Reinisch	Veliov	Goncharov	Purisha	Blueschke	Saxenhuber	Fischer
12:30	Lunch Break
	HS A
14:00	Ralf Borndörfer: Configuration Models in Transport Optimization
15:00	Coffee Break
	HS B	HS C	HS 1	HS 2	HS 3	HS 4	Z.1.29	E.1.05
	Novel Directions in Control of Evolutionary PDE Problems	Stochastic Models for Optimization of Electric Power Systems	Optimization of Mechanical Systems	Dynamic Programming Approach to Optimal Control Methods and Applications	Computational Methods for Inverse Problems/Control Problems in Banach Spaces	Contributed Talks	Iterative Methods for Ill-Posed Problems	Modelling and Control of Mechatronic Systems
15:30	Pandolfi	Analui	Hinze	Subbotina	Resmerita	Al-Aifari	Klann	Reger
16:00	Hansen	Gross	Hinze	Subbotina	Bot	Vicente	Gaul	Hofer
16:30	Toundykov	Kalliauer	Gonzalez-Andrade	Turova	Holler	Geihe	Pestana	Hofbaur
17:00		Kalliauer	Laurain	Botkin			Soodhalter	Rehrl
17:30						Schütte		Wulff
20:00	Jazz Concert

Detail View by Rooms

	HS A	Plenary Lecture
09:00– 09:50		Robert Weismantel^*	Mixed Integer Convex Optimization
	HS B	Novel Directions in Control of Evolutionary PDE Problems
11:00– 10:55		Cristina Pignotti^*	Stability Results for Second-Order Evolution Equations with Switching Time-Delay
11:30– 11:55		Michael Pokojovy^*	On Controllability for Heat Conduction with Delay
	HS C	Stochastic Models for Optimization of Electric Power Systems
10:30– 10:55		Alfred Kalliauer^*	Methodological Concepts for Stochastic Optimization of Electric Power System Operation
11:00– 11:25		Georg Ostermaier^*	Added Value of Scenario Tree Based Stochastic Optimization in Long and Medium Term Planning of Hydro Power Systems
11:30– 11:55		Mario Pereira and Raphael Chabar^*	New Developments on the Representation of CVaR Constraints and Fuel Prices Uncertainty in Stochastic Dual Dynamic Programming
12:00– 12:25		Walter Reinisch^* and Willibald Kritscha	Applying Mixed Integer Linear Programming to Stochastic Medium Term Optimization of Thermal and Hydro Power Systems
	HS 1	Stability, Sensitivity and Error Analysis for Optimal Control Problems
10:30– 11:20		John Burns^* and Kasie Farlow	Uncertainty and Sensitivity Analysis in Control of Delay Differential Equations
11:30– 11:55		Jiri Outrata^*	On Stability of a Class of Equilibrium Problems
12:00– 12:25		Marc Quincampoix and Vladimir Veliov^*	Metric Regularity and Stability of Optimal Control Problems for Linear Systems
	HS 2	Dynamic Programming Approach to Optimal Control Methods and Applications
10:30– 11:20		Simone Cacace, Emiliano Cristiani^* and Maurizio Falcone	On Single-Pass Methods for Stationary Hamilton-Jacobi Equations
11:30– 11:55		Fátima Pereira^* and Vladimir Goncharov	Regularity of the Viscosity Solution of a Kind of Hamilton-Jacobi Equations
12:00– 12:25		Vladimir Goncharov^* and Telma Santos	Variational Strong Maximum Principle and Convolutions
	HS 3	High Resolution Imaging with Geometric Priors
10:30– 10:55		Kristian Bredies^*	Total Generalized Variation Regularization for Image Reconstruction
11:00– 11:25		Martin Benning and Tuomo Valkonen^*	Evaluation of Geometric Priors for MRI Phase Reconstruction
11:30– 11:55		Konstantinos Papafitsoros^*	Exact Solutions to the Total Generalised Variation Minimisation Problem
12:00– 12:25		Zenith Purisha^* and Samuli Siltanen	Computational Inversion Using MCMC and NURBS
	HS 4	Computational Optimization Methods in Statistics, Econometrics and Finance
10:30– 10:55		Reinhard Neck^*	Optimal Control of Dynamic Stochastic Systems: Some Mathematical and Computational Approaches
11:00– 11:25		Reinhard Neck, Dmitri Blueschke and Viktoria Blüschke-Nikolaeva^*	Stochastic Control of Econometric Models for Slovenia
11:30– 11:55		Doris A. Behrens^*	On the Relationship Between Private Capital Flows to Emerging Europe and the Design of Optimal Fiscal Policies: The Case of Croatia
12:00– 12:25		Dmitri Blueschke^*, Viktoria Blüschke-Nikolaeva and Ivan Savin	Solving Nonlinear Optimal Control Problems Using Evolutionary Heuristic Optimization
	Z.1.29	Iterative Methods for Ill-Posed Problems
10:30– 10:55		Pierre Maréchal^*	Intertwining Operators for Mollification: Theoretical and Numerical Aspects
11:00– 11:25		Stephan Anzengruber^*, Bernd Hofmann and Ronny Ramlau	Convergence Rates via Basis Smoothness in Sparsity Regularization
11:30– 11:55		Mykhaylo Yudytskiy^*, Tapio Helin and Ronny Ramlau	A Finite Element--Wavelet Hybrid Algorithm for Atmospheric Tomography
12:00– 12:25		Daniela Saxenhuber^* and Ronny Ramlau	A Gradient Based Method for Atmospheric Tomography
	E.1.05	Nonlinear Mixed Integer Programming and Conic Relaxations
10:30– 10:55		Sarah Drewes^* and Sebastian Pokutta	Symmetry-Exploiting Cuts for a Class of Mixed-0/1 Second-Order Cone Programs
11:00– 11:25		Christoph Buchheim^* and Emiliano Traversi	Separable Relaxations for Binary Quadratic Optimization
11:30– 11:55		Lena Hupp, Laura Klein, Frauke Liers^* and Bernhard Stöcker	Constrained Binary Quadratic Optimization - Separation and Exact Solution
12:00– 12:25		Anja Fischer^*, Frank Fischer and Christoph Helmberg	Two General Lifting Approaches for the Quadratic Traveling Salesman Problem
	HS A	Plenary Lecture
14:00– 14:50		Ralf Borndörfer^*	Configuration Models in Transport Optimization
	HS B	Novel Directions in Control of Evolutionary PDE Problems
15:30– 15:55		Luciano Pandolfi^* and Enrico Priola	Cheap Control versus Controllability with Vanishing Energy
16:00– 16:25		Scott Hansen^*	Stability and Stabilization Results for the Rao-Nakra Layered Beam System
16:30– 16:55		Daniel Toundykov^*	Global Exact Controllability of Semilinear Plate Equations
	HS C	Stochastic Models for Optimization of Electric Power Systems
15:30– 15:55		Bita Analui^* and Raimund Kovacevic	Medium Term Hydroelectric Production Planning - a Multistage Stochastic Optimization Model
16:00– 16:25		Peter Gross^*, Raimund Kovacevic and Georg Pflug	The Optimal Choice of the Strike Price for Energy Swing Options
16:30– 17:20		Alfred Kalliauer^*	Panel Discussion: Where to Go?
	HS 1	Optimization of Mechanical Systems
15:30– 16:20		Michael Hinze^* and Christian Kahle	Model Predictive Control of Two-Phase Flows
16:30– 16:55		Sergio Gonzalez-Andrade^*	Optimization Techniques for the Numerical Simulation of Non-Newtonian Fluids
17:00– 17:25		Antoine Laurain^*, Michael Hintermueller and Irwin Yousept	A Shape Optimization Method for Magnetic Induction Tomography
	HS 2	Dynamic Programming Approach to Optimal Control Methods and Applications
15:30– 16:20		Liubov Shagalova and Nina Subbotina^*	Applications of Dynamic Programming to Generalized Solutions for Hamilton-Jacobi Equations with State Constraints
16:30– 16:55		Nikolai Botkin and Varvara Turova^*	Simulation of Acoustic Wave Propagation in Anisotropic Media Using Dynamic Programming Techniques
17:00– 17:25		Nikolai Botkin^* and Varvara Turova	Interpolation-Based Operator in Dynamic Programming Procedures for Solving Conflict Control Problems
	HS 3	Computational Methods for Inverse Problems/Control Problems in Banach Spaces
15:30– 15:55		Elena Resmerita^*	Heuristic Parameter Choices for Total Variation Regularization
16:00– 16:25		Radu Ioan Bot^*, Ernö Robert Csetnek and Andre Heinrich	A Primal-Dual Splitting Algorithm for Finding Zeros of Sums of Maximally Monotone Operators
16:30– 16:55		Martin Holler^* and Kristian Bredies	A TGV Based Image Reconstruction Model: Numerics
	HS 4	Contributed Talks
15:30– 15:55		Reema Al-Aifari^* and Alexander Katsevich	Spectral and Asymptotic Analysis for the Truncated Hilbert Transform Arising in Limited Data Tomography
16:00– 16:25		Maïtine Bergounioux and David Vicente^*	Variational Method for 3D Image Segmentation
16:30– 16:55		Benedict Geihe^*	A Posteriori Error Estimates for Nested Laminates in Shape Optimization
17:30– 17:55		Maria Schütte^*, Stephan Schmidt and Andrea Walther	Shape Optimization for Inverse Electromagnetic Scattering Problems
	Z.1.29	Iterative Methods for Ill-Posed Problems
15:30– 15:55		Esther Klann^*	Regularization Properties of Mumford-Shah Type Functionals with Perimeter and Norm Constraints for Linear Ill-Posed Problems
16:00– 16:25		André Gaul^*	Deflated Krylov Subspace Methods for Nonlinear Schrödinger Problems
16:30– 16:55		Jennifer Pestana^*, David Titley-Peloquin and Andrew Wathen	Convergence Bounds that Depend on the Right-Hand Side Vector
17:00– 17:25		Kirk Soodhalter^*	Krylov Subspace Recycling: A Direct Projection Method for Solving Shifted Linear Systems
	E.1.05	Modelling and Control of Mechatronic Systems
15:30– 15:55		Kai Treichel, Remon Al Azrak, Johann Reger^* and Kai Wulff	Modeling and Control of a 3 DOF Planar Motor for Precision Positioning
16:00– 16:25		Anton Hofer^*, Bojan Grcar, Gorazd Stumberger and Peter Cafuta	On-line Tuning of Torque Controllers for Induction Machines
16:30– 16:55		Johannes Huber, Christoph Gruber and Michael Hofbaur^*	Online Trajectory Optimization and Tracking for Nonlinear Systems - Applied to the Reaction Wheel Pendulum
17:00– 17:25		Jakob Rehrl^*	Model Predictive Control of Temperature and Humidity in Heating, Ventilating and Air Conditioning Systems
17:30– 17:55		Christoph Weise and Kai Wulff^*	Identification and Simulation of Nonlinear Dynamics Using a Dynamical Local Model Network