SLIDES

• Bernhard Beckermann (Université Lille1)

On the approximation of positive definite Hankel matrices   (pdf)

• Michele Benzi (Emory University)

Generalized matrix functions: properties, algorithms, and applications   (pdf)

• Dario Andrea Bini (University of Pisa)

Computing matrix functions of infinite quasi- Toeplitz matrices   (pdf)

• Claude  Brezinski (Université Lille 1)  

Anderson Acceleration and the Reduced Rank Extrapolation   (pdf)

• Jean-Paul Chehab (Université Amiens)

Stabilized Time Schemes for nonlinear parabolic equations   (pdf)

• Fernando De Teran (Universidad Carlos 3, Madrid)

Uniqueness of solution of systems of generalized Sylvester and  *Sylvester equations   (pdf)

• Marco Donatelli (Università Dell’Insubria)

Spectral analysis and numerical methods for fractional diffusion equations   (pdf)

• Froilán Dopico (Universidad Carlos 3, Madrid)

Strong linearizations of rational matrices: theory and explicit constructions   (pdf)

• Vladimir Druskin (Schlumberger Doll Research)

Solution of inverse hyperbolic problems via data-driven ROMs    (pdf)

• Mohamed El Guide  (Université Cadi Ayyad)

Block Lanczos Algorithm for Digital Colour Images   (pdf)

• Erhel Jocelyne (Inria)

Varying the s in s-step GMRES   (pdf)

• Claudio Estatico (University of Genova, Dima)

Iterative regularization in variable exponent Lebesgue spaces   (pdf)

• Caterina Fenu (University of Pisa)

Block matrix formulations for evolving networks   (pdf)

• Silvia Gazzola (University of Bath)

Fast nonnegative least squares through flexible Krylov subspaces   (pdf)

• Ken Hayami (National Inst. of Informatics, Tokyo)

An Alternating Modulus Nonnegative Least Squares Method for Nonnegative Matrix Factorization   (pdf)

• Mohammed Heyouni  (Ensa, Al-Hoceima)

On applying the block Arnoldi process to the solution of a particular Sylvester-observer equation   (pdf)

• Daniel Kressner (EPFL Lausanne)

Fast computation of the matrix exponential for a Toeplitz matrix   (pdf)

• Julien Langou (University of Colorado Denver)

Bidiagonalization with Parallel Tiled Algorithms   (pdf)

• Ren-Cang Li  (University of Texas at Arlington)

Ubiquitous Doubling Algorithms, General Theory and Applications   (pdf)

• Aya Mourad (Université du Littoral Côte d'Opale)

Identification of hydraulic conductivity for salt- water intrusion problem in free aquifers   (pdf)

• Nicola Mastronardi (National Research Council of Italy)

Computing the Jordan structure of an eigenvalue   (pdf)

• Gérard Meurant (Ex CEA Paris)

An optimal Q-OR Krylov subspace method for solving linear systems   (pdf)

• Marilena  Mitrouli (University of Athens)

Computing the Least Common Multiple of Polynomial Sets   (pdf)

• Silvia Noschese (Sapienza Università Di Roma)

Approximated structured pseudospectra   (pdf)

• Miroslav Pranic (University of Banja Luka)

Gauss quadrature for quasi-definite linear functionals   (pdf)

• Michela Redivo-Zaglia (Università Di Padova)

Applications of the simplified topological epsilon–algorithms   (pdf)

• Lothar Reichel (Kent State University)

Generalized Krylov subspace methods for `lp-lq ' minimization   (pdf)

• Leonardo Robol (Ku Leuven)   (pdf)

Fast and backward stable computation of the eigenvalues of matrix polynomials

• Paraskevi Roupa (University of Athens)

Vector estimates for the action of matrix functions on vectors   (pdf)

• Valeria Simoncini (Universita di Bologna)

Analysis of the rational Krylov subspace method for large-scale algebraic Riccati equations   (pdf)

• Kirk Soodhalter (University of Linz)
  

Stagnation of block GMRES and its relationship to block FOM   (pdf)

• Daniel Szyld (Temple University)

Block Krylov methods for functions of matrices   (pdf)

• Duintjer Tebbens (Jurjen Institute Of Computer Science)

The roots of GMRES polynomials need not influence GMRES residual norms    (pdf)

• Marc Van Barel (KU Leuven)

Tropical scaling of a Lagrange-type linearization for matrix polynomial eigenvalue problems   (pdf)

• Raf Vandebril  (KU Leuven)   (pdf)

A Framework for Structured Linearizations of Matrix Polynomials in Various Bases

• Paul Van Dooren (Université Catholique Louvain)    (pdf)

Block Kronecker Linearizations of Matrix Polynomials and their Backward Errors

• Jianlin Xia (Purdue University)

A fast contour-integral eigensolver for non- Hermitian matrices and the approximation accuracy   (pdf)

• Hongguo Xu (University of Kansas)

Weighted Golub-Kahan-Lanczos Algorithms   (pdf)

• Mikhail  Zaslavsky (Schlumberger Doll Research)

Multi-scale S-fraction reduced-order models for large wave problems   (pdf)

• Jorn Zimmerling (TU Delft)

Phase-preconditioned Rational Krylov Subspaces for model reduction of large-scale wave propagation   (pdf)