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OALib Journal期刊
ISSN: 2333-9721
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Dolomites Research Notes on Approximation
ISSN Print: 2035-6803
ISSN Online:
主页:
http://drna.di.univr.it/
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Subdivision schemes for geometric modelling: a hands-on tutorial, Lecture 1: Subdivision as a linear process
Kai Hormann
Algebraic cubature on planar lenses and bubbles
Gaspare Da Fies
,
Marco Vianello
Barycentric rational interpolation at quasi-equidistant nodes
Kai Hormann
,
Georges Klein
,
Stefano De Marchi
Subdivision schemes for geometric modelling: a hands-on tutorial, Lecture 2: The Laurent polynomial formalism
Kai Hormann
Ten lectures on weighted pluripotential theory
Norm Levenberg
Subdivision schemes for geometric modelling: a hands-on tutorial, Lecture 3: Smoothness analysis
Kai Hormann
Subdivision schemes for geometric modelling: a hands-on tutorial, Lecture 4: Subdivision surfaces
Kai Hormann
Proceedings of the Workshop on Kernel Functions and Meshless Methods honoring the 65th birthday of Robert Schaback, held in G ttingen (Germany), 14 15 January 2011
Martin Buhmann
,
Stefano De Marchi
,
Gerlind Plonka-Hoch
On the limit points of pseudo Leja sequences
Phung Van Manh
On optimal points for interpolation by univariate exponential functions
Len Bos
,
Stefano De Marchi
Efficient approximation algorithms. Part II: scattered data interpolation based on strip searching procedures
Giampietro Allasia
,
Renata Besenghi
,
Roberto Cavoretto
,
Alessandra De Rossi
Efficient approximation algorithms. Part I: approximation of unknown fault lines from scattered data
Giampietro Allasia
,
Renata Besenghi
,
Roberto Cavoretto
,
Alessandra De Rossi
Analysis of high-dimensional signal data by manifold learning and convolution transforms
Mijail Guillermard
,
Armin Iske
On simple approximations to simple curves
Len Bos
,
Marco Vianello
Geometrical methods for adaptive approximation of image and video data
Laurent Demaret
,
Armin Iske
Nonstandard kernels and their applications
Stefano De Marchi
,
Robert Schaback
On the Vandermonde determinant of Padua-like points
Len Bos
,
Stefano De Marchi
,
Shayne Waldron
Meshfree Approximation Methods with Matlab, Lecture 2: RBF interpolation and MLS approximation
Greg Fasshauer
Meshfree Approximation Methods with Matlab, Lecture 4: RBF collocation and polynomial pseudospectral methods
Greg Fasshauer
Meshfree Approximation Methods with Matlab, Lecture 3: Dealing with ill-conditioned RBF systems
Greg Fasshauer
Meshfree Approximation Methods with Matlab, Lecture 1: Introductory material
Greg Fasshauer
Meshfree Approximation Methods with Matlab, Lecture 5: "Optimal" shape parameters for RBF approximation methods
Greg Fasshauer
Meshfree Approximation Methods with Matlab, Lecture 6: Nonlinear Problems
Greg Fasshauer
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