Generalized averaged Gaussian quadrature rules associated with some measure, and truncated variants of these rules, can be used to estimate the error in Gaussian quadrature rules. However, the former quadrature rules may have nodes outside the interval of integration and, therefore, it may not be possible to apply them when the integrand is defined on the interval of integration only. This paper investigates whether generalized averaged Gaussian quadrature rules associated with modified Chebyshev measures of the second kind, and truncated variants of these rules, are internal, i.e. if all nodes of these quadrature rules are in the interval of integration
Numeriqka integracija prouqava kako se moe izraqunati brojevna vrednost integrala. Formule numeriqke...
Optimal averaged Gauss quadrature rules provide estimates for the quadrature error in Gauss rules, a...
We describe numerical methods for the construction of interpolatory quadrature rules of Radau and Lo...
It is desirable that a quadrature rule be internal, i.e., that all nodes of the rule live in the con...
Generalized averaged Gaussian quadrature rules and truncated variants associated with a nonnegative ...
This paper is concerned with the approximation of integrals of a real-valued integrand over the int...
The estimation of the quadrature error of a Gauss quadrature rule when applied to the approximation ...
We construct and analyze generalized Gaussian quadrature rules for integrands with endpoint singular...
For the practical estimation of the error of Gauss quadrature rules Gauss-Kronrod rules are widely u...
AbstractWe investigate the behaviour of the maximum error in applying Gaussian quadrature to the Che...
In this paper we present an extension of our previous research, focusing on a method to numerically ...
We consider extensions of Kronrod-type and extensions obtained by generalized averaged Gaussian quad...
We consider the computation of quadrature rules that are exact for a Chebyshev set of linearly indep...
In this work, three different integration techniques, which are the numerical, semi-analytical and e...
For analytic functions we study the kernel of the remainder terms of Gaussian quadrature rules with ...
Numeriqka integracija prouqava kako se moe izraqunati brojevna vrednost integrala. Formule numeriqke...
Optimal averaged Gauss quadrature rules provide estimates for the quadrature error in Gauss rules, a...
We describe numerical methods for the construction of interpolatory quadrature rules of Radau and Lo...
It is desirable that a quadrature rule be internal, i.e., that all nodes of the rule live in the con...
Generalized averaged Gaussian quadrature rules and truncated variants associated with a nonnegative ...
This paper is concerned with the approximation of integrals of a real-valued integrand over the int...
The estimation of the quadrature error of a Gauss quadrature rule when applied to the approximation ...
We construct and analyze generalized Gaussian quadrature rules for integrands with endpoint singular...
For the practical estimation of the error of Gauss quadrature rules Gauss-Kronrod rules are widely u...
AbstractWe investigate the behaviour of the maximum error in applying Gaussian quadrature to the Che...
In this paper we present an extension of our previous research, focusing on a method to numerically ...
We consider extensions of Kronrod-type and extensions obtained by generalized averaged Gaussian quad...
We consider the computation of quadrature rules that are exact for a Chebyshev set of linearly indep...
In this work, three different integration techniques, which are the numerical, semi-analytical and e...
For analytic functions we study the kernel of the remainder terms of Gaussian quadrature rules with ...
Numeriqka integracija prouqava kako se moe izraqunati brojevna vrednost integrala. Formule numeriqke...
Optimal averaged Gauss quadrature rules provide estimates for the quadrature error in Gauss rules, a...
We describe numerical methods for the construction of interpolatory quadrature rules of Radau and Lo...