Abstract: For interpolation error estimates, the adaptation problem for a vector function is different from that for a scalar solution. Since solution components have different error estimates, the problem appears how to generate a grid, which is optimal for each scalar solution function. In our work, we address the issue of the efficient adaptation strategy in case that the grid is adapted to a vector solution.Note: Research direction:Mathematical problems and theory of numerical method
A computationally useful criterion for grid optimization is derived, based on a measure of the inter...
International audienceAnisotropic adaptive methods based on a metric related to the Hessian of the s...
In this contribution we discuss the translation-invariant interpolation of univariate functions by m...
Abstract: We consider grid adaptation based on an interpolation error estimate for the sol...
The quality of finite element solutions is improved by optimizing the location of the nodes within a...
AbstractInterpolation methods fit a model to a given objective function by evaluating the objective ...
Abstract: Interpolation by translates of \radial " basis functions is optimal in the sense tha...
AbstractThe question of adaptive mesh generation for approximation by splines has been studied for a...
Abstract. A new grid adaptation strategy, which minimizes the truncation error of a pth-order finite...
ABSTRACT. In this work, we give an adaptive grid generation method which allows a single point to be...
Local adaptive grid refinement is an important technique in finite element methods. Its study can be...
This thesis discusses several topics related to interpolation and how it is used in numerical analys...
A computationally useful criterion for grid optimization is derived, based on a measure of the inter...
AbstractThis paper discusses approximation errors for interpolation in a variational setting which m...
Summary. In this paper we present a locally and dimension-adaptive sparse grid method for interpolat...
A computationally useful criterion for grid optimization is derived, based on a measure of the inter...
International audienceAnisotropic adaptive methods based on a metric related to the Hessian of the s...
In this contribution we discuss the translation-invariant interpolation of univariate functions by m...
Abstract: We consider grid adaptation based on an interpolation error estimate for the sol...
The quality of finite element solutions is improved by optimizing the location of the nodes within a...
AbstractInterpolation methods fit a model to a given objective function by evaluating the objective ...
Abstract: Interpolation by translates of \radial " basis functions is optimal in the sense tha...
AbstractThe question of adaptive mesh generation for approximation by splines has been studied for a...
Abstract. A new grid adaptation strategy, which minimizes the truncation error of a pth-order finite...
ABSTRACT. In this work, we give an adaptive grid generation method which allows a single point to be...
Local adaptive grid refinement is an important technique in finite element methods. Its study can be...
This thesis discusses several topics related to interpolation and how it is used in numerical analys...
A computationally useful criterion for grid optimization is derived, based on a measure of the inter...
AbstractThis paper discusses approximation errors for interpolation in a variational setting which m...
Summary. In this paper we present a locally and dimension-adaptive sparse grid method for interpolat...
A computationally useful criterion for grid optimization is derived, based on a measure of the inter...
International audienceAnisotropic adaptive methods based on a metric related to the Hessian of the s...
In this contribution we discuss the translation-invariant interpolation of univariate functions by m...