INVITED LECTURERS

 

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

 


LECTURERS

 

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