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Abstracts and Slides
Keynote Speakers
- M. J. Ablowitz, Nonlinear waves: from oceans to "optical graphene"
- M. Benzi, Approximation of matrix functions arising in the analysis of complex networks
- D. Bessis, Universal analytic properties of noise Slides
- P. G. Ciarlet, Shell models: old and new Slides
- L. Reichel, Rational Lanczos methods for the approximation of matrix functions
1. Special Session on Approximation Theory
organized by
Giuseppe Mastroianni
and
Wiesław Pleśniak
- J. P. Berrut, Applications of linear barycentric rational interpolation at equispaced nodes Slides
- H. P. Blatt, Growth and value distribution of rational approximants
- G. Mastroianni, Weighted polynomial approximation
- D. Occorsio, Interlacing properties of generalized Laguerre zeros and some applications
- W. Pleśniak, Polynomial inequalities on subanalytic sets
- M. G. Russo, The Lagrange interpolation for
bounded variation functions Slides
- I. H. Sloan, Polynomial approximation on spheres -- generalising de la Vallée Poussin
- A. Sommariva, Computing Fekete and Lebesgue points: simplex, square, disk
- L. N. Trefethen, Robust rational interpolation and least-squares Slides
2. Special Session on Extrapolation and Convergence Acceleration
organized by
Claude Brezinski
and
Ernst Joachim Weniger
- R. Borghi, Analysis of the convergence features of the δ transformation for a class of factorially diverging asymptotic series Slides
- X.-B. Hu, Pfaffian and its application to sequence transformations and corresponding convergence acceleration algorithms
- M. Iwasaki, Some aspects of the integrable discrete Lotka-Volterra system
- C. N. Moore, Fourier series and acceleration methods Slides
- M. Redivo-Zaglia, Multistep ε-algorithm and Shanks' transformation by Hirota's method Slides
- H. Safouhi, A comparative numerical study of extrapolation methods, sequence transformations and steepest descent methods in numerical integration Slides
- R. Varadhan, The remarkable effectiveness of a new class of extrapolation techniques for accelerating monotone algorithms in statistical modeling Slides
- E. J. Weniger, Extensions of Padé-type approximants
Slides
3. Special Session on Inverse Problems and Regularization
organized by
Martin Hanke
and
Per Christian Hansen
- R. Chan, A variational approach for exact histogram specification
- M. Donatelli, An iterative multigrid regularization method for Toeplitz discrete ill-posed problems Slides
- C. Estatico, Iterative regularization for nonlinear imaging in Banach spaces
- U. Hämarik, A family of rules for parameter choice in Tikhonov regularization of ill-posed problems with inexact noise level Slides
- P. Mathé, Conjugate gradient iteration under white noise
- J. Nagy, A nonlinear inverse problem in polyenergetic tomosynthesis image reconstruction
- F. Sgallari, Alternating Krylov subspace image restoration methods
- S. Siltanen, Electrical impedance imaging using nonlinear Fourier transform Slides
- G. Steidl, Quadrature errors, discrepancies and variational dithering
- G. Vainikko, Cordial Volterra integral equations of the first kind Slides
4. Special Session on Iterative Methods for Linear Systems
organized by
Zhong-Zhi Bai
and
Hassane Sadok
- Z.-Z. Bai, Preconditioning and iterative methods for complex linear systems
- M. H. Gutknecht, Deflation based preconditioning of linear systems of equations Slides
- K. Hayami, Inner-iteration GMRES methods for underdetermined least squares problems
- K. Jbilou, Block Arnoldi-based methods for large scale discrete-time algebraic Riccati equations
- G. Meurant, The computation of isotropic vectors
- H. Sadok, A new approach to conjugate gradient and GMRES convergence
- Z. Strakoš, Matching moments and Krylov subspace methods
- Y. J. Wu, Preconditioned multiparameter and Newton-multiparameter iterative methods for systems of equations Slides
- B. Zheng, Distinct preconditioned HSS iteration method for non-Hermitian positive definite linear systems
5. Special Session on Nonlinear Evolution Equations
organized by
Tuncay Aktosun
and
Sebastiano Seatzu
- T. Aktosun, Exact solutions to integrable nonlinear evolution equations
- A. Degasperis, Integrability and solvability of nonlocal wave interaction models Slides
- F. Demontis, Exact solutions to the focusing discrete nonlinear Schrödinger equation
- M. Klaus, Spectral properties of the Lax operator for the matrix nonlinear Schrödinger system
- B. Konopelchenko, Quasiclassical Da Rios system and gradient catastrophe for vortex filament motion
- B. Prinari, Coupled Maxwell-Bloch equations with inhomogeneous broadening for a 3-level system
- P. Sacks, Numerical solution of inverse scattering problems and application to nonlinear evolution equations
- P. M. Santini, Commuting vector fields and integrable PDEs of hydrodynamic type
- C. Schiebold, Recursion operators and hierarchies of noncommutative KdV-type equations
- C. van der Mee, Novel formulation of discrete integrable nonlinear Schrödinger equations
6. Special Session on Optimization and Management Science
organized by
Marcos Raydan
and
Paola Zuddas
- R. Andreani, Constant positive generators: a new constraint qualification
- S. Bellavia, Preconditioner updates for sequences of symmetric positive definite linear systems arising in optimization Slides
- A. L. Custódio, Direct multiSearch: a new DFO approach for multiple objective functions
- A. Friedlander, Bilevel optimization problems via inexact restoration
- Ub. M. García-Palomares, Numerical tests on a new strategy for parallel derivative free optimization
- C. Hammer, Modeling long-term impacts of the European Emission Trade System
- N. Krejić, A line search method with variable sample size Slides
- J. M. Martínez, Remarks on constrained optimization Slides
- M. Siegle, Stochastic modelling techniques meet practical needs
7. Special Session on Orthogonal Polynomials and Quadrature
organized by
Adhemar Bultheel
and
Walter Gautschi
- A. Bultheel, Quadrature on the positive real line with quasi and pseudo orthogonal rational functions Slides
- R. Cools, From optimal cubature formulae to Chebyshev lattices: a way towards generalised Clenshaw-Curtis quadrature
- K. Deckers, Asymptotics for Christoffel functions based on orthogonal rational functions
- F. Marcellán, N-coherent pairs of measures
- G. V. Milovanović, Multiple orthogonal polynomials and generalized quadrature formulae
- S. E. Notaris, The error norm of quadrature formulae
- T. E. Pérez, Continuous Sobolev orthogonal polynomials on the unit ball
- W. Van Assche, Orthogonal polynomials on a bi-lattice
- P. Woźny, Properties and applications of constrained dual Bernstein polynomials Slides
8. Special Session on Padé Approximation and Continued Fraction
organized by
Bernd Beckermann
and
Annie Cuyt
- A. I. Aptekarev, Strong asymptotics of Nuttall-Stahl polynomials
- A. Cuyt, Symbolic-numeric integration, multivariate orthogonality and Padé approximation
- J. Gilewicz, Approximation of smooth functions by weighted means of N-point Padé approximants Slides
- V. A. Kalyagin, On vector continued fractions associated with Nikishin systems
- G. Labahn, Order bases: computation and uses in Computer Algebra
- L. Lorentzen, Convergence of random continued fractions
- A. Matos, Smoothing the Gibbs phenomenon using Padé-Hermite approximants
- M. A. Piñar, Bernstein--Szegő polynomials on the triangle
- F. Wielonsky, Equilibrium problems for vector potentials Slides
- I. Yaman, Radially orthogonal multivariate basis functions
9. Special Session on Partial Differential Equations
organized by
Carsten Carstensen
and
Alfio Quarteroni
- D. Boffi, Some remarks on eigenvalue approximation arising from partial differential equations
- C. Carstensen, A posteriori energy norm error estimation for 2nd-order partial differential equations
- L. Formaggia, Numerical modelling for geoscience applications
- M. Fornasier, Domain decomposition methods for total variation minimization
- L. Gastaldi, Local mass conservation for the finite element immerse boundary method
- O. Pironneau, POD for complex black-scholes equations
- A. Quarteroni, Reliable reduced basis method for efficient geometrical parametrizations
- F. Rapetti, Dispersion analysis of spectral element methods on triangles for elastic wave propagation
- A. Veeser, Sharp constant-free a posteriori error bounds for obstacle problems
- O. B. Widlund, Domain decomposition algorithms for H(curl) problems
10. Special Session on Structured Linear Algebra
organized by
Dario Bini
and
Marc Van Barel
- B. Beckermann, An error analysis for rational Galerkin projection applied to the Sylvester equation
- F. M. Dopico, Recovery of eigenvectors of matrix polynomials from generalized Fiedler linearizations Slides
- Y. Eidelman, Quasiseparable representations of matrices and discrete systems with boundary conditions
- L. Gemignani, Efficient numerical methods for the polynomial spectral factorization
- B. Iannazzo, Means of structured matrices: properties, applications and algorithms
- N. Mastronardi, Tracking the dominant subspace of indefinite matrices
- S. Serra Capizzano, Toeplitz operators with matrix-valued symbols and some (unexpected) applications
- M. Van Barel, Orthogonal functions and matrix computations
- R. Vandebril, Chasing bulges or rotations? A new family of matrices admitting linear time QR-steps
11. Special Session on History of Computational Mathematics
organized by
Michela Redivo-Zaglia
and
Giuseppe Rodriguez
- M. Benzi, Early research on matrix iterations: the Italian contribution
- C. Brezinski, André Louis Cholesky: family, life, and work Slides
- J.G. Dhombres, How to evaluate the historical and epistemological role of practical computing methods for the fundamental theorem of algebra
- M. J. Gander, Euler, Lagrange, Ritz, Galerkin, Courant, Clough: on the road to the finite element method Slides
- H. Le Ferrand, Algebraic continued fractions: the contribution of R. de Montessus de Ballore Slides
- N. Osada, The early history of convergence acceleration methods
- D. Tournès, Calculating firing tables in 18th and 19th centuries Slides
General Session
- L. Abbas, Landau-Kolmogorov type inequalities for the Hermite and closely connected measures
- L. Aceto, A family of P-stable linear multistep methods for second order IVPs
- K. Aihara, Convergence of the IDRstab method using the residual smoothing techniques
- E. Alaidarous, On an expansion method for inverting numerically a first kind Fredholm integral equation
- S. Amat, On a variational approximation of DAEs
- M. Basile, A numerical method for a nonlinear integro-differential boundary value problem
- L. Bergamaschi, Relaxed mixed constraint preconditioners for generalized saddle point linear systems
- A. Bouhamidi, Global Krylov subspace methods for computing the meshless elastic splines
- M. R. Capobianco, Quadrature rules for singular integrals on unbounded intervals Slides
- K. Castillo, Szegő and para-orthogonal polynomials on the real line. Zeros and canonical spectral transformations
- D. Conte, Collocation based numerical methods for Volterra integro-differential equations
- P. Contu, Fast and effective numerical methods for 2D photonic crystals
- C. Craviotto, Applications of PPC-fractions and Szegő polynomials to frequency analysis
- P. D'Ambra, High-performance large eddy simulation of incompressible turbulent flows Slides
- R. D'Ambrosio, Stability analysis of General Linear Nystrom methods
- G. M. Del Corso, A unification of unitary similarity transforms to compressed representations
- D. di Serafino, Scalable AMG preconditioners for PDE-constrained optimization problems Slides
- F. Di Tommaso, Complementary Lidstone interpolation on scattered data sets
- A. Draux, Formal QD algorithm and Markov-Bernstein inequalities
- V. Druskin, Optimal rational Krylov subspaces for large-scale dynamical systems
- P. Fika, Extrapolation of operator moments, with applications to linear algebra problems Slides
- M. A. Fortes, Multiresolution analysis for surfaces
- S. Fujino, A study on preconditioning suited for IDR(s)-residual reduction method
- A. Fukuda, An application of the integrable discrete hungry Toda equation to the eigenvalue computation
- E. Gallopoulos, On projection methods for estimating the diagonal of a matrix inverse
- R. Garrappa, Generalized exponential integrators for fractional differential equations
- W. Gautschi, Numerical integration over the square in the presence of algebraic/logarithmic singularities with an application to aerodynamics
- J. Horáček, On the calculation of resonances by means of analytical continuation
- T. Z. Ismagilov, Modelling photonic crystal devices using second order finite volume method
- U. Kangro, Convergence of collocation method with delta functions for integral equations of first kind
- A. Karapiperi, Evaluation of minors for weighing matrices W(n,n-1) having zeros on the diagonal Slides
- M. V. Kulikova, Array square-root approach for the maximum likelihood estimation via adaptive Kalman filtering methods
- G. Y. Kulikov, A new approach to control the global error of numerical methods for differential equations Slides
- L. Laayouni, On the performance of the algebraic optimized Schwarz preconditioning methods
- E. Larsson, A radial basis function based partition of unity method for solving PDE problems Slides
- W.-S. Lee, Multivariate Prony's method
- D. Lera, Properties and numerical results of a parallel algorithm for global optimization problems Slides
- P. Lima, Numerical solution of the density profile equation for non-newtonian fluids Slides
- E. Longo, Appell polynomials of second kind and related interpolation problem
- A. F. Loureiro, On nonorthogonal polynomials generated by classical forms
- F. Maggio, High-performance spectral-element simulation of cardiac electrical function using GPUs
- G. Mantica, Computation of Jacobi matrices of uncountable systems of iterated functions and the solution of an inverse problem
- P. G. Martinsson, Fast direct solvers for elliptic PDEs
- D. Martin, Minimization of functionals on the solution of a large-scale ill-posed problem Slides
- M.-L. Mazure, Polynomial splines as examples of Chebyshevian splines
Slides
- M. Mitrouli, On the good pivots of Hadamard matrices and related issues
- D. Okada, On a formal solution for a discretized SIRS epidemic model
- S. P. Oliveira, Some remarks on the alternate trapezoidal quadrature method for Fredholm integral eigenvalue problems Slides
- G. Ortenzi, Hamiltonian motion of algebraic curves
- B. Paternoster, General linear Nystrom methods
- B. Plestenjak, Numerical methods for nonlinear two-parameter eigenvalue problems
- M. Popolizio, Restarted rational Krylov approximations to matrix functions
- M. S. Pranić, Rational Gauss quadrature
- S. Remogna, Local bases for quadratic deficient spline spaces on criss-cross triangulations
- M. J. Rodrigues, A Tau method for nonlinear dynamical systems
- J. E. Roman, Strategies for spectrum slicing based on restarted Lanczos methods
- P. Sablonnière, Solving nonlinear equations using Hermite interpolation by polynomial or rational splines
- A. Salam, Equivalence between modified symplectic Gram-Schmidt and Householder SR algorithms
- O. Salazar Celis, Multivariate data fitting with error control
- M. Sedlacek, Data based regularization for discrete ill-posed problems
- S. Singer, Kogbetliantz-like method for hyperbolic SVD Slides
- W. Themistoclakis, Polynomial approximation via discrete de la Vallee Poussin means
- J. C. Trillo, Comparison among multiresolution schemes with and without error control strategies.
- M. Van Daele, Adaptive Filon methods for the computation of highly oscillatory integrals Slides
- L. von Sydow, Adaptive, high-order methods to price options
- J. L. Willis, Series acceleration through precise remainder asymptotics Slides
- J. Winkler, Approximate greatest common divisors of Bernstein polynomials
- G. Zanghirati, ParJoInv: high-performance scientific computing for multidimensional joint inversion
Poster Session
- A. Aimi, On the regularization of Galerkin BEM hypersingular bilinear forms
- S. Belhaj, Approximate inversion of complex triangular Toeplitz matrices
- R. Cavoretto, Numerical integration on scattered data by Lobachevsky splines
- C. Fenu, Regularization techniques for ground conductivity data inversion
- E. Francomano, An implicit time domain meshless formulation for Maxwell's PDEs
- F. Lenti, Microwave radiometry product generation
- E. Leopold, Markov's theorem and perturbed recurrence relations
- A. V. Pejčev, Error bounds of Gauss-type quadratures with Bernstein-Szegő weights
- P. Pintus, Modelling of ring resonators with magneto-optic materials using the finite element method Poster
- M. L. Rodríguez, Geometric design of a dam by variational spline approximation
- M. R. Russo, Tikhonov regularization and matrix function evaluation
- F. Vitale, Dark-dark and dark-bright soliton interactions in the two-component defocusing nonlinear Schrödinger equation
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