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London Mathematical Society Durham Symposium Computational Linear Algebra for Partial Differential Equations Monday 14th July - Thursday 24th July 2008 A PDF reader is available free from adobe while WMV files can be viewed using Windows Media Player or RealPlayer whose basic versions are free. On-line formal talks Speaker Title PDF WMV Bonus M. Allan Accelerating simulations with heterogeneous clusters G.R. Barrenechea A two-level enriched finite element method for a mixed problem M. Benzi Modified augmented Lagrangian preconditioning for incompressible flow problems M. Berggren Megapixel topology optimization on a graphics processing unit G.B. Biros Fast algorithms for inverse problems with elliptic and parabolic PDE constraints: applications to cardiac electrophysiology. M. Bollhoefer Algebraic multilevel methods for large scale symmetric indefinite problems C. Cartis Adaptive cubic overestimation methods for optimization problems K.A. Cliffe Bifurcation phenomena in the flow through a sudden expansion in a pipe S. Dollar Iterative methods designed for saddle-point systems H.C. Elman Effects of boundary conditions on preconditioning strategies for the Navier-Stokes equations O. Ernst PDEs, matrix functions and Krylov subspace methods M.A. Freitag Shift-invert Arnoldi method with preconditioned iterative solves D. Gelder Ill-posed problems in product and process design M.D. Gunzburger Numerical methods for stochastic partial differential equations and their control I M.D. Gunzburger Numerical methods for stochastic partial differential equations and their control II M.D. Gunzburger Numerical methods for stochastic partial differential equations and their control III E. Haber PDE constrained optimization I E. Haber PDE constrained optimization II E. Haber Design in inverse problems M. Heinkenschloss PDE constrained optimization P.K. Jimack Development of a high order discontinuous Galerkin method for the simulation of elastohydrodynamic lubrication phenomena D. Kay Efficient numerical solution of the ALE Navier-Stokes equations: Modelling blood flow within the heart M. Kocvara Solving nonlinear semidefinite programming by PENNON A. Kunoth Space-time adaptive wavelet methods for control problems constrained by parabolic PDEs A.S. Lawless Variable transformations and preconditioning for large-scale optimization problems in data assimilation. S. Leyffer FASTr: A Framework for Nonlinear Optimization V. Mehrmann Nonlinear eigenvalue problems in practice: analysis and numerical methods V. Mehrmann Structure preservation in eigenvalue computation: a challenge and a chance. V. Mehrmann Model reduction in the simulation, control and optimization of real world processes. A. Miedlar Adaptive solution of eigenvalue problems for PDEs N.K. Nichols Optimal state estimation for very large dynamical systems using reduced order models C.E. Powell Preconditioning saddle-point systems arising in a stochastic mixed finite element problem A. Reusken An Eulerian finite element method for elliptic equations on moving surfaces R. Scheichl Energy minimising coarse spaces for multiscale elliptic PDEs W.H.A. Schilders Linear algebra in the electronics industry J. Schoeberl Divergence-free hybrid discontinuous Galerkin finite elements for incompressible Navier-Stokes equations, augmented Lagrangians, and robust preconditioners S. Shaw Difficulties in computing the fundamental distortion mode in Coriolis mass flow meters. D.J. Silvester Black-box multigrid preconditioning for unsteady incompressible flows V. Simoncini Spectral properties of saddle point linear systems and relations to iterative solvers I V. Simoncini Spectral properties of saddle point linear systems and relations to iterative solvers II V. Simoncini Spectral properties of saddle point linear systems and relations to iterative solvers III A. Spence Eigenvalue calculation and stability assignment for discretised PDEs I A. Spence Eigenvalue calculation and stability assignment for discretised PDEs II A. Spence Eigenvalue calculation and stability assignment for discretised PDEs III Z. Strakos On the RCWA method of computing solutions of Maxwell’s equation for a rectangular grating E. Ullmann An overview of solution strategies for stochastic Galerkin discretizations P.S. Vassilevski Finite volume/DG schemes based on constrained minimization function recovery R. Winther Preconditioning saddle point problems arising from discretizations of partial differential equations I R. Winther Preconditioning saddle point problems arising from discretizations of partial differential equations II R. Winther Preconditioning saddle point problems arising from discretizations of partial differential equations III W. Zulehner Multigrid methods for mixed variational problems and their convergence analysis Industrial day summary and panel discussion Final day summary and panel discussion Special thanks to Gaurav Prinja and Tyrone Rees for shooting the movies. The owners of the website, and the lecturers giving the talks, have no responsibility for, and will accept no liability arising from, the content of the videos. The videos may be used for educational purposes only, and use in any commercial context is forbidden.

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