Integral Equations Methods: Fast Algorithms and Applications
Videos from BIRS Workshop
Johan Helsing, Lund University Sweden
Monday Dec 9, 2013 09:31 - 09:57
Explicit kernel-split panel-based Nyström schemes for planar or axisymmetric Helmholtz problems
Andreas Kloeckner, University of Illinois at Urbana-Champaign
Monday Dec 9, 2013 10:32 - 11:07
Fast Algorithms for the Evaluation of Layer Potentials using “Quadrature by Expansion”
Gregory Beylkin, University of Colorado at Boulder
Monday Dec 9, 2013 15:32 - 16:01
Solving equations using nonlinear approximations
Anna-Karin Tornberg, KTH Royal Institute of Technology
Monday Dec 9, 2013 16:02 - 16:30
The Spectral Ewald method
Bryan Quaife, University of Texas at Austin
Monday Dec 9, 2013 17:02 - 17:31
FMM-based Preconditioners for Second Kind Integral Equations
Adrianna Gillman, Dartmouth College
Monday Dec 9, 2013 17:33 - 17:55
A high-order accurate direct solution technique for acoustic scattering problems in 3D
Denis Zorin, New York University
Tuesday Dec 10, 2013 09:05 - 09:36
An O(N) Direct Solver for Integral Equations on the Plane
Eric Darve, Stanford University
Tuesday Dec 10, 2013 10:34 - 11:06
Fast algorithms for dense linear algebra
Kenneth Ho, New York University
Tuesday Dec 10, 2013 11:10 - 11:41
Hierarchical interpolative factorization
Alexander Barnett, Dartmouth College
Tuesday Dec 10, 2013 15:32 - 16:03
Spectrally accurate direct solution of variable-media scattering problems via impedance maps
Timo Betcke, University College London
Tuesday Dec 10, 2013 17:03 - 17:31
The BEM++ boundary element library: Design and applications
Rikard Ojala, KTH
Wednesday Dec 11, 2013 16:13 - 16:44
Accurate bubble and drop simulations in 2D Stokes flow
Manas Rachh, Courant Institute NYU
Wednesday Dec 11, 2013 16:48 - 17:04
New integral equation methods for mobility and capacitance problems in elasto- and electrostatics
Robert Krasny, University of Michigan
Thursday Dec 12, 2013 16:30 - 17:01
A Treecode-Accelerated Boundary Integral Poisson-Boltzmann Solver for Solvated Proteins
