Approximation error of one finite-difference scheme for the problem of diffraction by a gradient layer by the method of
approximating an integral identity, is considered for a boundary value problem involving
A Posteriori Error Estimates for Approximate Solutions to the Obstacle Problem for the $p$ -Laplacian to the problem as well. We do not use any special properties of
approximations or numerical methods nor
A Posteriori Error Estimates for Approximate Solutions to the Obstacle Problem for the -Laplacian. The obtained functional relations allow one toestimate the
error of any
approximate solutions to the problem
Biharmonic Obstacle Problem: Guaranteed and Computable Error Bounds for Approximate Solutions the
error identity. One part of this identity characterizes the deviation of the function (
approximation A fast solution method for time dependent multidimensional Schrödinger equations Schrödinger equation. Our approach is based on the
approximation of the data by the basis functions introduced
Approximation of differential eigenvalue problems with a nonlinear dependence on the parameter by the finite-element method with numerical integration. We study the
error in the
approximate eigenvalues
Uniform Wavelet-Approximation of Singular Integral Equation Solutions, the problem of its
approximate solution with obtaining uniform
error estimates is very actual. This equation
Fast computation of elastic and hydrodynamic potentials using approximate approximations cubature procedures. We obtain high order
approximations up to a small saturation
error, which
Fast computation of elastic and hydrodynamic potentials using approximate approximations cubature procedures. We obtain high order
approximations up to a small saturation
error, which