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London Mathematical Society Durham Symposium Numerical Analysis of Multiscale Problems Monday 5th July - Thursday 15th July 2010 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 Streamed (small) Streamed WMV Bonus A. Abdulle A posteriori error analysis for numerical homogenization methods B. Adcock Accurate and stable recovery of functions from spectral data V. Andasari Mathematical Modelling of Cancer Invasion of Tissue: The Roles of Cell-cell and Cell-matrix Adhesion T. Arbogast Mixed multiscale methods for heterogeneous elliptic problems (Part 1) T. Arbogast Mixed multiscale methods for heterogeneous elliptic problems (Part 2) T. Arbogast Mixed multiscale methods for heterogeneous elliptic problems (Part 3) A. Baran Electromagnetic and light scattering by atmospheric particulates: How well does theory compare against observation ? P. Bastian Centre for Numerical Algorithms and Intelligent Software Special Lecture: The Distributed and Unified Numerics Environment (DUNE) T. Betcke/E.A. Spence Coercivity of boundary integral operators in acoustic scattering L. Borcea Source localization in random acoustic waveguides D. T. Brinkman Numerical modelling of bilayer organic photovoltaic devices P.A. Browne Structural Optimization using a SIMP approach C. Budd Adaptive methods for multi-scale problems S.N. Chandler-Wilde Numerical methods for high frequency scattering J. Chapman The continuous discontinuous Galerkin finite element method for an advection-diffusion equation Z. Chen Convergence of the uniaxial perfectly matched layer method for time-harmonic scattering problems in two-layered media P.N. Childs Challenges in seismic imaging K.A. Cliffe Deep Geological Disposal of Radioactive Waste M. Dashti Bayesian approach to an elliptic inverse problem N. Deakin Mathematical modelling of cancer growth and spread: the role of enzyme degradation of tissue L. Durlofsky Uncertainty quantification for subsurface flow problems using coarse-scale models Y. Efendiev Multiscale simulation techniques for high-contrast subsurface flows B. Engquist Fast algorithms for high frequency wave propagation O. Ernst On the Convergence of Generalized Polynomial Chaos Expansions L.E. Figueroa Separated representation approximation of a high-dimensional Fokker–Planck PDE for dilute polymers. M. Gander Why it is difficult to solve Helmholtz problems with classical iterative methods U.D. George Modelling and simulation of cell membrane dynamics. M.B. Giles Multilevel Monte Carlo for elliptic SPDEs A.D. Gordon Solving stochastic collocation systems with algebraic multigrid V.H. Hoang Sparse Tensor Galerkin Approximations for Parametric and Random Hyperbolic PDEs T.Y. Hou Model Reduction via a Multi-scale Random Basis Method A. Iserles Asymptotic–numerical multiscale expansions P.J. Jenny Transported probability density function (PDF) methods for multi-scale and uncertainty problems - part 1 P.J. Jenny Transported probability density function (PDF) methods for multi-scale and uncertainty problems - part 2 P.J. Jenny Transported probability density function (PDF) methods for multi-scale and uncertainty problems - part 3 P.K. Jimack Numerical Models for the Simulation of Elastohydrodynamic Lubrication Problems J.K. Karlsson A Computable Weak Error Expansion for the Tau-Leap Method T. Kim Hybrid numerical-asymptotic boundary integral method for solving high-frequency acoustic scattering problems. J. King Multiscale modelling of cell populations F.Y. Kuo Lifting the curse of dimensionality - quasi Monte Carlo methods for high dimensional integration S.H. Lee Adaptive Multiscale Finite Volume Method for Multiphase Flow in a Heterogeneous Reservoir B. Leimkuhler Simplified modelling of energetic interactions using thermal baths, with application to a fluid vortex system. Q.L. Liao Effective Error Estimators for Low Order Elements P. Lin Quasicontinuum methods for crystalline materials with simple and complex lattice structure M. Luskin Hybrid Atomistic-to-Continuum Coupling Methods M. Luskin Hybrid Atomistic-to-Continuum Coupling Methods M. Luskin Hybrid Atomistic-to-Continuum Coupling Methods R. Masson Finite volume schemes for multiphase porous media flows J.M. Melenk Helmholtz problems at large wavenumbers J.M. Melenk Helmholtz problems at large wavenumbers J.M. Melenk Helmholtz problems at large wavenumbers R.R. Millward A new adaptive multiscale finite element method with applications to high contrast interface problems. P. Monk The solution of time harmonic wave equations using complete families of elementary solutions F. Nataf Coarse grid correction for domain decomposition methods for problems with high heterogeneities. R. Norton Evolution of Microstructure J. Ogilvy Modelling electromagnetic performance of large structures C. Ortner Atomistic/continuum coupling schemes for solids. T. Payne The assimilation of data into atmospheric models, and the use of linearisations optimised for finite perturbations. G. Powathil Modelling the Spatial Distribution of Chronic Tumour Hypoxia: Implications for Experimental and Clinical Studies C. Powell Recycling Techniques for Solving Stochastic Collocation Systems O. Runborg A Multiscale Method for the Wave Equation in Heterogeneous Medium R. Sabariego Multiscale computational modelling in electromagnetism M.S. Sarkis Infinite-dimensional stochastic Darcy equations, finite-dimensional Petrov-Galerkin approximations and a priori error estimates. D.K. Schlueter Multi-scale mathematical modelling of cancer cell invasion: The role of cell-cell and cell-matrix adhesion Ch. Schwab Sparse Tensor Discretizations of PDEs with stochastic and multiscale data Ch. Schwab Sparse Tensor Discretizations of PDEs with stochastic and multiscale data Ch. Schwab Sparse Tensor Discretizations of PDEs with stochastic and multiscale data A.M. Stuart Multiscale modelling and inverse problems A.M. Stuart Multiscale modelling and inverse problems A.M. Stuart Multiscale modelling and inverse problems M. Sturrock Mathematical modelling of the p53-mdm2 oscillatory system E. Süli Existence, equilibration and approximation of global weak solutions to kinetic models of dilute polymers A.L. Teckentrup Multilevel Monte Carlo methods for elliptic PDEs with random coefficients R. Tempone Towards automatic global error control: computable weak error expansion for the tau-leap method A. Terry A mathematical model of the NF-kB negative feedback loop D. Trucu Inverse Perfusion Coefficient Identification in Bio-Heat Transient Flow R. Tsai A continuum-pore scale coupling algorithm for flow in porous media G. Vilensky Mathematical modelling of anomalous absorption of ultrasound in human tissue H. Wendland Multiscale Radial Basis Functions X-H. Wu Approaches toward Reliable Reservoir Performance Prediction L. Zikatanov Decompositions of Discontinuous Galerkin Finite Element Spaces and Preconditioning Special thanks to John Chapman, Tatiana Kim, Ray Millard and Aretha Teckentrup 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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