Estimating error bounds of Bajaj's solid models and their control hexahedral meshes.
Estimating Errors of Numerical Approximation for Analytic Functions.
Estimating powers with base close to unity and large exponents.
Estimating the sequence of real binomial coefficients.
Estimation de l'erreur d'interpolation d'Hermite dans IR".
Estimation of error in approximate numerical integration near a simple pole using Chebyshev points
In this note quadrature formula with error estimate for functions with simple pole is discussed. Chebyshev points of the second kind are used as the nodes of integration.
Estimations d'erreur pour des éléments finis droits presque dégénérés
Etude de l'algorithme de Rémès en l'absence de condition de Haar.
Étude sur les formules d'approximation qui servent à calculer la valeur numérique d'une intégrale définie.
Euler polynomials and the related quadrature rule.
Evaluation of associated Legendre functions off the cut and parabolic cylinder functions.
Evaluation of coefficients of a double Chebyshev series of the function g(p(x+y))
Evaluation of the Fermi-Dirac integral of half-integer order
Existence of Good Lattice Points in the Sense of Hlawka.
Exit criteria and monotonicity in compound quadrature of Gaussian type.
Expansions of the Kurepa Functions
Experimental approaches to Kuttner's problem.
Extending Babuška-Aziz's theorem to higher-order Lagrange interpolation
We consider the error analysis of Lagrange interpolation on triangles and tetrahedrons. For Lagrange interpolation of order one, Babuška and Aziz showed that squeezing a right isosceles triangle perpendicularly does not deteriorate the optimal approximation order. We extend their technique and result to higher-order Lagrange interpolation on both triangles and tetrahedrons. To this end, we make use of difference quotients of functions with two or three variables. Then, the error estimates on squeezed...
Extrapolation method for numerical calculation of the derivative of the analytical function and its error estimate
Extremal problems with polynomials.