Lecture Notes and Abstracts
|
Surname |
Title |
|
Banks (Lecture 1) |
|
|
Banks (Lecture 2) |
Nonlinear Stochastic Markov Processes and Modeling Uncertainty in Population |
|
Barbone |
Two steps forward and one step back: Improved inverse problem solutions using improved forward solvers |
|
Casas |
A Paradox in the Approximation of Dirichlet Control Problems in Curved Domains |
|
Cliffe |
Flow in a Channel with a Sudden Expansion |
|
Dorn |
Level set methods for structural inversion |
|
Elliott |
Numerical analysis of an inverse problem for the eikonal equation |
|
Freitag |
Resolution of sharp fronts in the presence of model error in variational data assimilation |
|
Ghattas |
A stochastic Newton method for large-scale statistical inverse problems, with application to seismic inversion |
|
Hoang |
Bayesian inverse problems for Burgers and Hamilton-Jacobi equations with white-noise forcing |
|
Herzog |
|
|
Hintermueller |
|
|
Hinze |
|
|
Nichols |
Conditioning, Preconditioning and Regularization of the Optimal State Estimation Problem |
|
Scherzer |
|
|
Schoenlieb |
Regularized optimal transport for smoothing and density estimation |
|
Siltanen |
|
|
Simoni |
Regularizing Priors for Linear Inverse Problems |
|
Stuart Lecture 1 |
|
|
Stuart Lecture 2 |
|
|
Szepessy |
|
|
Tröltzsch Lecture 1 |
Aspects of numerical analysis in the optimal control of nonlinear PDEs |
|
Tröltzsch Lecture 2 |
|
|
Walther |
Solving large-scale inverse electromagnetic scattering problems: A parallel AD-based approach |
|
Wathen |
Preconditioned iterative linear solvers for PDE-constrained Optimization problems |
|
Xiu |
An Efficient Surrogate Approach to Bayesian Inference in Inverse Problems |
|
Zuazua |
Control and Numerics : Continuous versus discrete approaches |