INVITED
LECTURERS
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FILOMENA DIAS d'ALMEIDA • University of Porto, Portugal Defect Correction Methods for Spectral Computations: an Astrophysics Application PETER ARBENZ • Institute of Computational Science, ETH, Zürich, Switzerland Davidson-type Eigensolvers Application of Jacobi–Davidson: Solving the time-harmonic Maxwell equation JAMES DEMMEL • University of California at Berkeley, USA The Future of LAPACK and ScaLAPACK High Accuracy Floating Point Computation TONY DRUMMOND • Lawrence Berkeley National Laboratory, USA Fast and Robust Libraries for High Performance Computing A Python based Interface to ScaLAPACK and some Scientific Applications ANTÓNIO FERREIRA • University of Porto, Portugal Radial Basis Functions for the Analysis of Laminated Structures BERESFORD PARLETT • University of California at Berkeley, USA An Overview of Projection-based Methods The Envelope Method for the tridiagonal eigenvector problem RUI RALHA • University of Minho, Portugal An Overview of Methods for Dense Problems PEDRO TORRADINHAS • iDW - Integration, Development and Warehousing, Portugal Optimizations in the Architecture of Grid Computing
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LECTURERS
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OSNI MARQUES • Lawrence Berkeley National Laboratory, USA Hands-on: Dense problems – ScaLAPACK JOSÉ ROMAN • Technical University of Valencia, Spain Hands-on: Sparse problems – SLEPc PAULO VASCONCELOS • University of Porto, Portugal Defect Correction Methods for Spectral Computations: an Astrophysics Application
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