MS3.1
Adaptivity and memory-reduced adjoints for optimization problems with parabolic PDE-constraints
Chair: Andrea Walther

• A priori analysis of the backward Euler-Galerkin method for parabolic problems (Christian Kreuzer)
• Design and Convergence Analysis of a Time Adaptive Finite Element Method (Fernando D. Gaspoz)
• Adaptive inexact Newton methods and adaptive regularization and space-time discretization for unsteady nonlinear problems (Martin Vohralik)
• Optimization of engineering processes including heating in time dependent domains (Alfred Schmidt)

MS6.1
Modeling, Estimation, and Control Related Issues in Physical and Biological Applications
Chair: H.T. Banks

• Sensitivity Analysis and Control in the Lamina Cribrosa (Lorena Bociu)
• Population Models for the Protection of Ecosystem Services (John E. Banks)
• Modeling and Estimation Approaches to Quantify the Impact of a Recent Invasive Species, Pomacea maculata (Karyn L. Sutton)
• Understanding the Dynamics of Amphibians and Associated Diseases Using a Structured Modeling Approach (Azmy S. Ackleh)

MS10.1
Compressed Sensing and Medical Applications
Chairs: A. Schindele, A. Borzi, H. Kostler

• An Optimal Sampling-Reconstruction Scheme for MRI using Compressed Sensing and Dualizable Shearlets (Gitta Kutyniok)
• A globalized semismooth Newton method for a class of nonsmooth optimization problems (Andre Milzarek)
• Analysis l1-recovery with frames (Maryia Kabanava)

MS12.1
Numerical Analysis for PDE-Constrained Optimal Control Problems
Chair: Ira Neitzel

• Numerical Analysis for the Optimal Control of the Full Time-Dependent Maxwell Equations (Vera Bommer)
• On the optimal control of wave-type solutions in some reaction-diffusion equations (Christopher Ryll)
• Optimal Control of a Chemotaxis System (Hendrik Feldhordt)
• Some Optimal Control Problems of Electromagnetic Fields in Multiply Connected Conductors (Fredi Tröltzsch)

MS19.1
Some aspects of Variational Analysis and Applications
Chair: Vladimir Goncharov

• Differential inclusions with unbounded right-hand side and optimization problems (Polovinkin E.S.)
• Strong and weak convexity: application to the gradient projection algorithm (Maxim V. Balashov)
• Gradient projection method for convex functions and strongly convex sets (M. O. Golubev)

MS21.1
Integration of Optimization, Modeling and Data Analysis for Solving RealWorld Problems
Chair: Janusz Granat

• Facility Location Optimization in Parcel and Letter Mail Networks with Hubs (Hans-Jürgen Sebastian)
• Two-Phase Multi-criteria Server Selection for Lightweight Video Distribution Systems (Octavian Catrina, Eugen Borcoci and Piotr Krawiec )
• Multicritera approach to event detection in data stream (Janusz Granat)

MS22.1
Model reduction and uncertainty quantification for parameter estimation
Chair: Thomas Carraro

• Adaptive methods for optimal experimental design (Thomas Carraro)
• Sparsity formulations in OED (Daniel Walter)
• Reduced Basis Method for the solution of Multiobjective Optimization problems (Laura Iapichino)

MS2.1
New Results for Quantum Control Problems
Chairs: Alfio Borzi, Gabriele Ciaramella, Julien Salomon

• Optimal Control of Spin Dynamics (Steffen Glaser)
• Optimal Control of Open Quantum Systems (Christiane P. Koch)
• Optimal control of light-induced processes in complex molecular systems (Jens Petersen)
• Advances in the numerical solution of quantum control problems (Alfio Borzi)

MS3.2
Adaptivity and memory-reduced adjoints for optimization problems with parabolic PDE-constraints
Chair: Christian Kreuzer

• Efficient adjoints in Earth system state and parameter estimation (Patrick Heimbach)
• Adaptive Lossy Trajectory Compression for Optimal Control of Parabolic PDE (Sebastian Götschel)
• Data Compression through Boundary Representations of Tomography Problems (Stephan Schmidt)
• A mixed approach to adjoint computation with algorithmic differentiation (Kshitij Kulshreshtha)

MS4.1
Modelling and Control in Contact Mechanics
Chair: Mircea Sofonea

• A new approach to implicit systems and applications in shape optimization (Dan Tiba)
• An algorithm for the computation of the generalized solution in implicit systems (Mihaela Roxana Nicolai)
• Numerical fixed-domain approaches to PDE-constrained shape optimization with objective functionals concentrated on the boundary of the unknown shape (Peter Philip)
• Compactness properties and existence of weak solutions for a fluid-structure interaction problem (Andrei Halanay)

MS13.1
Optimization and Control of Nonsmooth and Complementarity-Based Systems: Theory and Numerics
Chair: Thomas Surowiec

• Identification of some nonsmooth evolution systems with illustration on adhesive contacts at small strains (L. Adam)
• Weak differentiability of the control-to-state operator in evolutions (M. Brokate)
• Optimal control of a semi-discrete Cahn-Hilliard/Navier-Stokes system with variable densities (D. Wegner)
• Numerical methods for hemivariational inequalities modelling a delamination problem (Nina Ovcharova)

MS14.1
Inversion, Estimation and Control of Uncertain Distributed Dynamical Systems
Chair: M. Sumin

• On the solvability of a Nonlinear Boundary Control Problem for Oscillation Processes described by Fredholm integro-differential equations (A. Kerimbekov)
• Recent results on the controllability of the wave equation with persistent memory (L. Pandolfi)
• Stable sequential Pontryagin maximum principle as a tool for solving unstable optimal control and inverse problems for distributed systems (M. Sumin)

MS15.1
Oscillation, Degeneracy and Controllability
Chairs: Paola Loreti, Daniela Sforza

• Oscillation of membranes and plates (Vilmos Komornik)
• Effects of memory terms on the observability inequalities (Daniela Sforza)
• Stability results for the wave equation with intermittent damping (Cristina Pignotti)

MS16.1
Optimality principles, dynamic programming, and applied problems
Chairs: Nikolai Botkin, Varvara Turova

• Construction of the Generalized Solution to a Molecular Genetic Model (Nina N. Subbotina, Liubov G. Shagalova)
• An effective algorithm to constract optimal strategies in nonlinear two-dimensional differential games (Grigorii E. Ivanov)
• Aircraft Runway Acceleration in the Presence of Severe Wind Gusts (Nikolai D. Botkin, Varvara L.Turova)
• Optimal Abort Landing in the Presence of Severe Wind Shears (Varvara L.Turova, Nikolai D. Botkin)

MS18.1
Modeling and Control of Multi-agent Systems
Chair: TBD

• Optimal control through leadership of multi-agent systems (Alfio Borzi)
• Sparse stabilization in multi-agent systems (Marco Caponigro)
• Optimal control problems for multi-agent systems (Dante Kalise)

MS2.2
New Results for Quantum Control Problems
Chairs: Alfio Borzi, Gabriele Ciaramella, Julien Salomon

• Controllability of Quantum Ensembles (Ugo Boscain)
• Recent advances in the control of spin systems (Dominique Sugny)
• Controllability of Quantum Ensembles (Gunther Dirr)
• Control of the Multi-input Schrdinger Equation: The Lie-Galerkin Condition (Marco Caponigro)
  

MS4.2
Modelling and Control in Contact Mechanics
Chair: Laetitia Paoli

• Variational-hemivariational inequalities of evolution type and their applications to Contact Mechanics (Stanislaw Migorski)
• The Rothe method for a class of nonautonomous, nonmonotone second order subdifferential inclusions (Krzysztof Bartosz)
• On the well-posedness of differential mixed quasi-variational-inequalities (Zhenhai Liu)

MS6.2
Modeling, Estimation, and Control Related Issues in Physical and Biological Applications
Chair: John Burns

• Comparison of different approaches to parameter subset selection (Franz Kappel)
• Sensitivity Analysis and Subset Selection: A Clinical Application (Doris H. Fuertinger)
• Parameterization of a density-dependent structured population model for Daphnia magna using multi-scale data (Kevin Flores) presented by H.T. Banks
• Preconditioning for a Model of Cell Adhesion (Ekkehard Sachs)

MS12.2
Numerical Analysis for PDE-Constrained Optimal Control Problems
Chair: Arn Rösch

• On the regularity of the solutions of Dirichlet optimal control problems in polygonal domains (Thomas Apel)
• Finite element error estimates for Dirichlet boundary control problems in polygonal domains (Johannes Pfefferer)
• Finite element error estimates for Dirichlet boundary control problems with pointwise state constraints (Ira Neitzel)
• Discretization of control constrained optimal control problems with higher order nite elements (Gerd Wachsmuth)

MS16.2
Optimality principles, dynamic programming, and applied problems
Chairs: Nikolai Botkin, Varvara Turova

• Optimal boundary control problems for steady-state models of complex heat transfer (N.D. Botkin, A.Yu. Chebotarev, K.-H. Hoffmann, A.E. Kovtanyuk)
• Dynamic Programming to Reconstruction Problems for a Macroeconomic Model (Nina N. Subbotina, Timofey B. Tokmantsev, Eugenii A. Krupennikov)

MS18.2
Modeling and Control of Multi-agent Systems
Chair: TBD

• Mean field and Boltzmann control of socio-economic systems (Lorenzo Pareschi) presented by Matthia Zanella
• Sparse Mean-Field Optimal Control (Massimo Fornasier) presented by Mattia Bongini
• Handling obstacles in pedestrian simulations: Models and optimization (Emiliano Cristiani)

MS24.1
Inverse Problems and Imaging
Chairs: Christian Clason, Barbara Kaltenbacher

• Joint inversion and inpainting for limited angle tomography (Carola-Bibiane Schönlieb)
• Non-negative matrix factorization with sparsity and MALDI Imaging (Peter Maass)
• Inertial methods for monotone inclusions and applications in imaging (Dirk Lorenz)
• On the nite element method for electrical impedance tomography (Bangti Jin)

CS3 Contributed papers session
Chair: Laurent Baratchart

• Threshold strategies in optimal stopping problems with applications to investment timing
  decisions (Vadim Arkin, Alexander Slastnikov)
• Sparsity constrained image restoration: an approach using the Newton Projection method (G. Landi)
• Parameter Estimation Algorithms for kinetic modeling from noisy measurements (Fabiana Zama, Dario Frascariy, Davide Pinelliy)

MS4.3
Modelling and Control in Contact Mechanics
Chair: Igor Bock

• Analysis of a viscoplastic contact problem with normal compliance, unilateral constraint and history-dependent stiffness coefficient (Mircea Sofonea)
• Numerical modelling of a contact problem with history-dependent penetration restricted by unilateral constraint (Mikael Barboteu)
• Multibody dynamics with unilateral constraints: computational modeling of soft contact and dry friction (Laetitia Paoli)
• On the weak solvability and the optimal control of a frictional contact problem with normal compliance (Andaluzia Matei)

MS11.1
Inverse Problems for Time Dependent PDEs
Chair: Barbara Kaltenbacher

• Projective iterative methods for solving ill-posed problems under the tangential cone condition (A. Leitao)
• Parameter Estimation in Distributed Systems: Optimal Design (H.T Banks)
• An Online Parameter Identication Method for time-dependent problems (Romana Boiger)

MS13.2
Optimization and Control of Nonsmooth and Complementarity-Based Systems: Theory and Numerics
Chair: J. Outrata

• Optimal Control of VIs of the Second Kind (C. Meyer)
• Density of classes of closed convex sets in Sobolev spaces, Fenchel duality and applications (C. N. Rautenberg)
• Strong stationarity for MPCCs in Banach spaces (G. Wachsmuth)
  

MS14.2
Inversion, Estimation and Control of Uncertain Distributed Dynamical Systems
Chair: L. Pandolfi

• Game control problem for a system of distributed equations under complete and incomplete information (M. Maksimov)
• On the dynamical reconstruction of control in systems of differential equations with delay (M. Blizorukova)
• Identification in a Stochastic PageRank Model (Cody E. Clifton, Bozenna Pasik-Duncan)

MS15.2
Oscillation, Degeneracy and Controllability
Chairs: Paola Loreti, Daniela Sforza

• Control of degenerate evolution equations in one space dimension (Piermarco Cannarsa)
• Observability estimates by the Fourier method (Paola Loreti)
• Ingham type theorems and multiplier method for some specific domains (Michel Mehrenberger)

MS18.3
Modeling and Control of Multi-agent Systems
Chair: Dante Kalise

• Hughes model for pedestrian flow: optimal control formulation and local effects (Marie-Therese Wolfram)
• Individuality vs. Collectivity in Crowd Dynamics (Andrea Tosin)
• A proximal splitting method to solve some mean field games systems (Franciso J. Silva)
• Invisible sparse control of self-organizing agents leaving unknown environments (Giacomo Albi)

MS19.2
Some aspects of Variational Analysis and Applications
Chair: Polovinkin E.S.

• Properties and applications of weakly convex functions and sets (Grigorii E. Ivanov)
• Separation theorems for weakly convex sets in Banach spaces with nonsymmetric seminorm (Mariana S. Lopushanski)
• Hypomonotonicity of the normal cone and proximal smoothness (Grigory M. Ivanov)

MS20.1
Recent results on analysis and optimal control of phase field models
Chair: M. Hassan Farshbaf Shaker

• Optimal control of doubly nonlinear evolution equations governed by subdifferentials (Noriaki Yamazaki)
• Cahn-Hilliard approach to Stefan problem with dynamic boundary condition (Takeshi Fukao)
• Optimal distributed control of a nonlocal convective Cahn-Hilliard equation by the velocity in 3D (Jürgen Sprekels)

MS1.1
Stochastic modeling, control and applications
Chair: Andrzej Palczewski

• Linear Exponential Quadratic Stochastic Differential Games (Tyrone E. Duncan)
• Arbitrage Pricing of Multi-Person Game Contingent Claims (Marek Rutkowski)
• Bayesian optimal control for a non-autonomous stochastic discrete time system (Ioannis K. Dassios, Krzysztof J. Szajowski)
• Partially observed undiscounted stopping control problems (Lukasz Stettner)

MS2.3
New Results for Quantum Control Problems
Chairs: Alfio Borzi, Gabriele Ciaramella, Julien Salomon

• Non-commutative least mean squares estimators and coherent observers for linear quantum systems (Nina H. Amini)
• Towards the optimal control of TDDFT models (Martin Sprengel)
• Hamiltonian identication problem in presence of large perturbations (Ying Fu)
• Towards a minimum L2-norm exact-control of the Pauli equation (Gabriele Ciaramella)

MS5.1
Non-convex optimisation in the imaging sciences
Chairs: Martin Benning, Carola Schonlieb, Tuomo Valkonen

• iPiano: Inertial Proximal Algorithm for Nonconvex Optimization (Peter Ochs)
• The Primal-Dual Hybrid Gradient Method for Semiconvex Splittings (Thomas Möllenhoff)
• A primal-dual method for non-linear inverse problems (Tuomo Valkonen)
• An efficient method for the regularized solution of nonlinear ill-posed problems, based on an algorithm for non-convex trust region subproblems (Barbara Kaltenbacher)

MS6.3
Modeling, Estimation, and Control Related Issues in Physical and Biological Applications
Chair: Charles J. Holland

• Parameter Identification for Physics Based Models: Calibration and Prediction (John A. Burns)
• A Quasi-variational inequality with gradient constraints approach to the growth of sandpiles and related processes (Carlos N. Rautenberg)
• Optimal Perturbations to Enhance Information Content in Data Sets for a Heat Equation (D. Rubio, N. Saintier, M.I. Troparevsky, H.T.Banks)
• A Stochastic Approach to Nonlinear Mixed Eects Modeling: Applications to Pharmacokinetics Modeling of Metformin (Hien Tran)

MS12.3
Numerical Analysis for PDE-Constrained Optimal Control Problems
Chair: Johannes Pfefferer

• Aposteriori Error Analysis for State Constrained Optimal Control Problems (Kunibert G. Siebert) presented by M. Kreuser
• Optimization Problems subject to PDEs and Pointwise Constraints on the Gradient of the State (Winnifried Wollner)
• The Nitsche Trick for the Obstacle Problem - A Counterexample and Consequences for Optimal Control (Christian Meyer)
• Regularization in Sobolev spaces with fractional order (Arnd Rösch)

MS23.1
Wellposedness, control, and observability theories for partial differential equations
Chair: Daniel Toundykov

• Solvability and Controllability for a Coupled System of Wave Equations in Different Dimension (Matthias Eller)
• A Weird Pattern for Disparate Linear PDEs with Boundary Control (Francesca Bucci)
• Rational Decay Rates for Solutions of a Structural Acoustics PDE model (George Avalos)
• Dependence of Solutions of Elliptic Equations on Boundary Data (Giles Auchmuty)

CS1 Contributed papers session
Chair: Dietmar Hoemberg

• A complex mathematical model of competition in leukemia with immune response - an optimal
  control approach (I.R. Radulescu, D. Candea, A. Halanay)
• Necessary conditions for a weak minimum in optimal control problems with integral equations on a variable time interval (A.V. Dmitruk, N.P. Osmolovskii)
• Optimal Control of Piecewise-Smooth System of Differential Delay Equations with Application in Immunology (Irina Bolodurina, Ulia Ivanova)
• On the solvability of a nonlinear boundary control problem for oscillation processes described by Fredholm integro-differential equations (Akylbek Kerimbekov, Elmira Abdyldaeva)

CS2 Contributed papers session
Chair: Volker Schulz

• Optimal control of subdiffusion processes with the fractional Fokker-Planck control framework (Mario Annunziato)
• Partial Differential-Algebraic Equations (PDAes) and Optimal Control (Hannes Meinlschmidt)
• Optimal Control of Gradient Systems (Tugba Güney, Bülent Karasözen, Murat Uzunca)
• Boundary element based multiresolution shape optimization in electrostatics (Jan Zapletal, Michal Merta)

MS1.2
Stochastic modeling, control and applications
Chair: Lukasz Stettner

• Discrete Time Linear Exponential Quadratic Gaussian Control (Bozenna Pasik-Duncan)
• On linear stochastic volatility model (Jacek Jakubowski and Maciej Wisniewolski)
• Portfolio optimization in the Black-Litterman framework for general distributions (Andrzej Palczewski)
• Stochastic Modeling and MRI Data Analysis of Patients with Alzheimer's Disease (Dominique Duncan)

MS4.4
Modelling and Control in Contact Mechanics
Chair: Dan Tiba

• Regularized optimal design problem for a viscoelatic plate vibrating against a rigid obstacle (Igor Bock)
• Optimal Control Problems in Nonsmooth Contact Mechanics via Hemivariational Inequalities (Anna Ochal)
• Double Convergence of a Family of Discrete Distributed Elliptic Optimal Control Problems (Domingo Alberto Tarzia)
• A Criterion for Robust Stability with Respect to Parametric Uncertainties Modeled by Multiplicative white Noise with Unknown Intensity, with Applications to Stability of Neural Networks (Vasile Dragan and Adrian Mihail Stoica)

MS5.2
Non-convex optimisation in the imaging sciences
Chairs: Martin Benning, Carola Schonlieb, Tuomo Valkonen

• A primal-dual extragradient method for nonlinear operators in function spaces (Christian Clason)
• Proximal iterative hard thresholding methods for wavelet frame based image restoration (Xiaoqun Zhang)
• A Continuous Interpretation of First-Order Splitting Methods (Michael Moeller)
• A proximal-type ADMM algorithm for convex optimisation problems with nonlinear operator constraints (Martin Benning)

MS8.1
Optimal control and Hamilton-Jacobi-Bellman equations: Numerical methods and Applications
Chair: Dante Kalise

• Dynamic Programming using Radial Basis Functions (Oliver Junge)
• HJB Quasi-Variational Inequalities in Portfolio Optimization and their Discretization by Finite Elements (Jan Blechschmidt)
• hp-version DGFEM for Hamilton-Jacobi-Bellman equations with Cordes coefficients (Iain Smears)
• Convergence of P1 nite element methods to viscosity solutions of degenerate Hamilton-Jacobi-Bellman equations (Max Jensen)

MS10.2
Compressed Sensing and Medical Applications
Chairs: A. Schindele, A. Borzi, H. Kostler

• Low-rank plus sparse dynamic MRI (Ricardo Otazo)
• Asymptotic structure in compressed sensing (Bogdan Roman)
• Compressed Sensing in Cardiac Magnetic Resonance Imaging (Tobias Wech)
• Applying Compressed Sensing to Dynamic Contrast Enhanced MRI (David Smith)

MS13.3
Optimization and Control of Nonsmooth and Complementarity-Based Systems: Theory and Numerics
Chair: G. Wachsmuth

• Instantaneous Control of a Model of Electrowetting on Dielectric with Complementarity-based Contact-Line Pinning (T. Surowiec)
• On Walras-Cournot-Nash equilibria and their computation (J. V. Outrata)
• Model-Based Control of Slab Shapes in Hot Rolling Processes (S. Werner)
  

MS17.1
Recent trends in shape and topology optimization
Chairs: Michael Hintermuller, Gunter Leugering

• A New Method for the Cancer Treatment by Hyperthermia Based on the Topological Derivative Concept (Alan A. S. Amad, Abimael F. D. Loula and Antonio A. Novotny)
• Shape optimization by pursuing diffeomorphisms (Ralf Hiptmair, Alberto Paganini)
• Shape optimization in electromagnetic applications (Lukas Pflug, Johannes Semmler)

MS23.2
Wellposedness, control, and observability theories for partial differential equations
Chair: Daniel Toundykov

• Stability of Wave Equation with Kelvin-Voigt Damping and Dynamic Boundary Delay Feedback (Cristina Pignotti)
• Attractors for Nonlinear Viscoelastic Equations with Memory (Pelin Geredeli)
• Stability of a Degenerately Damped Wave Equation (Daniel Toundykov)
• Weak Solutions and Blow-up for Wave Equations of p-Laplacian Type with Supercritical Sources (Mohammad Rammaha)
  

Invited talk: François Jouve
Chair: Serge Gratton

MS4.5
Modelling and Control in Contact Mechanics
Chair: Mircea Sofonea

• Navier-Stokes Problem with Memory Friction Term (Mahdi Boukrouche)
• Mathematical Analysis of a Piezoelectric Beam Model in Contact with a Charged Foundation (Angel Rodriguez-Aros)
• Subdifferential Inclusions for Elastic Unilateral Contact Problems with Unilateral Constraints (Piotr Kalita, Stanislaw Migorski, Mircea Sofonea)
• Existence and Uniqueness Results for Elasto{plastic Contact Problems with Heat Transfer (Adrien Petrov)

MS7.1
Transport metrics in image and shape processing
Chair: Benedikt Wirth

• Cartoon-Texture-Noise decomposition with transport norms (D. Lorenz)
• The flat norm as image fidelity (T. Valkonen)
• Entropic Regularization of Wasserstein Barycenters (G. Peyré)
• Convex Color Image Segmentation with Optimal-transport Distances (N. Papadakis)

MS8.2
Optimal control and Hamilton-Jacobi-Bellman equations: Numerical methods and Applications
Chair: Axel Kröner

• A jonction condition by precised homogenization of a discrete model with a local perturbation and application to traffic flow (Nicolas Forcadel)
• Global optimization approach for the climbing problem of multi-stage launchers (Anna Desilles)
• Exploitation of the value function in a bilevel optimal control problem (Matthias Gerdts)
• Primal-dual active set strategy for large scale optimization of cardiac defibrillation (Nagaiah Chamakuri)

MS9.1
Inverse Problems in Applied Sciences
Chairs: Ronny Ramlau, Otmar Scherzer, Esther Klann

• Regularization with tolerance, applications to dental implant manufacturing (Iwona Piotrowska and Peter Maass)
• The problem of atmospheric tomography in complex Adaptive Optics systems (Daniela Saxenhuber and Ronny Ramlau)
• Multi-frequency MUSIC for electrical impedance tomography (Roland Griesmaier)
• A weighted wavelet method for region of interest tomography (Esther Klann)

MS19.3
Some aspects of Variational Analysis and Applications
Chair: Grigorii E. Ivanov

• Generalized control systems in the space of probability measures (Antonio Marigonda)
• A priori estimates of minimizers of an integral functional extending the variational Strong Maximum Principle (Vladimir V. Goncharov)

MS20.2
Recent results on analysis and optimal control of phase field models
Chair: Dietmar Hoemberg

• A relaxation approach to vector-valued Allen-Cahn MPEC problems (M. Hassan Farshbaf-Shaker)
• A variable metric projection type method for optimal control of phase field models (Luise Blank)

MS23.3
Wellposedness, control, and observability theories for partial differential equations
Chair: Daniel Toundykov

• Variational Formulation for Euler Equation in Moving Domain (Jean-Paul Zolesio)
• Optimal Control in a Moving Boundary Fluid-Elasticity Interaction (Lorena Bociu)
• On Generalized Diffusion Phenomenon (Petronela Radu)
• Optimal Control of convective FitzHugh-Nagumo model (Bülent Karasözen, Murat Uzunca, Tugba Güney)

MS26.1
Inverse problems for elliptic PDEs, analysis and applications
Chairs: Laurent Baratchart, Juliette Leblond

• Inverse scattering at fixed energy with non-overdetermined data (Roman G. Novikov)
• Laplacian transport for absorbing domains and inverse problem (Valentin A.Zagrebnov)
• Lipschitz stability for the inverse conductivity problem for a conformal class of anisotropic conductivities (Eva Sincich)

MS7.2
Transport metrics in image and shape processing
Chair: Dirk Lorenz

• Learning Graph Metrics for Optimal Transport (B. Schmitzer)
• Image Warping via Optimal Transport with Sources (S. Simon)
• Probability Measures on Persistence Diagrams (F. Mémoli)
• Optimal shapes of branched transport networks (B. Wirth)

MS8.3
Optimal control and Hamilton-Jacobi-Bellman equations: Numerical methods and Applications
Chair: Dante Kalise

• Coupling MPC and DP methods for optimal control problems (Giulia Fabrini)
• Reconstruction of independent sub-domains for a class of Hamilton-Jacobi equations and application to parallel computing (Adriano Festa)
• A dynamical programming approach for sparse optimal control problems (Zhiping Rao)
• Local minimization algorithms for dynamic programming equations (Axel Kröner)

MS9.2
Inverse Problems in Applied Sciences
Chairs: Ronny Ramlau, Otmar Scherzer, Esther Klann

• Practical inverse problems in Tomography (K. Joost Batenburg) presented by M. Bleichrodt
• Analytical methods for computing rotational water waves (Konstantinos Kalimeris)
• {p, q}-Laplace Operator for Image Enhancement (George Baravdish)
• Reconstruction of the optical properties of a dielectric medium from combined PAT-OCT measurements (Leonidas Mindrinos)

MS17.2
Recent trends in shape and topology optimization
Chairs: Michael Hintermuller, Gunter Leugering

• Shape Differentials and Topological Semidifferentials: a Semidifferential Geometric Approach (Michel C. Delfour)
• Towards Lagrange-Newton Methods in the Context of Shape Calculus (Volker Schulz, Martin Siebenborn, Kathrin Welker)
• Multimaterial Topology Optimization of Variational Inequalities (Andrzej Myśliński)

MS23.4
Wellposedness, control, and observability theories for partial differential equations
Chair: Daniel Toundykov

• Wellposedness and Stability Solutions to Quasilinear Systems Arising in Hyperbolic-Parabolic Dynamics-Applications to Free Boundary Problems and Fluid Structure Interactions (Irena Lasiecka)
• Boundary Control of a Schrodinger Equation with a Point-mass Interface (Scott Hansen)
• Stabilization of the Navier-Stokes Equations by Tangential Boundary and Interior Control with Arbitrarily Small Support (Roberto Triggiani)
• An analysis of the Blackstock-Crighton equation in Lp-spaces (Rainer Brunnhuber, Stefan Meyer)

MS25.1
Partial Differential Equations in the Modeling of Collective Phenomena
Chairs: Paola Goatin, Rinaldo M. Colombo and Simone Goettlich

• Pedestrian macroscopic models: game-theoretical versus mechanistic viewpoints (Pierre Degond)
• A control problem for structured population dynamics (Mauro Garavello)
• Control of Collective Phenomena Using Meanfield Limits (Michael Herty)
• Modelling, simulation and optimization on networks (Oliver Kolb)

MS26.2
Inverse problems for elliptic PDEs, analysis and applications
Chairs: Laurent Baratchart, Juliette Leblond

• The inverse Robin problem for bounded coefficient : uniqueness and non-uniqueness results (Laurent Bourgeois)
• Partially overdetermined problem for Laplace equation: taking the most from measured data while smoothing the boundary (Dmitry Ponomarev)
• Recovering ancient magnetization of rocks from measurements of the magnetic field they produce (Sylvain Chevillard)
• On transmission eigenvalue problem for Maxwell’s equations (Houssem Haddar)