Gaussian quadrature for matrix valued functions on the unit circle.
Gauss-Tchebycheff quadrature formulas.
Generació adaptativa de contorns de nivell.
La elaboración de mapas que incluyen contornos de nivel se hace a partir de un conjunto de puntos dados por sus coordenadas. Existen varias formulaciones analíticas para definir una función de interpolación. En este artículo se propone una variante de la formulación de Little que puede servir para mejorar localmente su funcionamiento. Con objeto de estudiar su rendimiento se describen las alternativas presentes con cuatro ejemplos.
Generalization of an integral formula of Guessab and Schmeisser.
Generalized interpolation and some applications in ordinary differential equations
Generalized Kronrod Patterson type imbedded quadratures
We present algorithms for the determination of polynomials orthogonal with respect to a positive weight function multiplied by a polynomial with simple roots inside the interval of integration. We apply these algorithms to search for and calculate all possible sequences of imbedded quadratures of maximal polynomials order of precision for the generalized Laguerre and Hermite weight functions.
Generalized L-splines and the multi-point boundary value problem [Abstract of thesis]
Generalized method of least squares collocation
Two general solutions of the collocation problem of physical geodesy are given. Their mutual equivalency and equivalency of them to the classical solution in the regular case are proved. The regularity means the non-singularity of the covariance matrix of those random variables by outcomes of which the measured values of the gravitational field are generated.
Generalized splines in and optimal control.
Generating quality structured convex grids on irregular regions.
Geodesic metrics for RBF approximation of some physical quantities measured on sphere
The radial basis function (RBF) approximation is a rapidly developing field of mathematics. In the paper, we are concerned with the measurement of scalar physical quantities at nodes on sphere in the 3D Euclidean space and the spherical RBF interpolation of the data acquired. We employ a multiquadric as the radial basis function and the corresponding trend is a polynomial of degree 2 considered in Cartesian coordinates. Attention is paid to geodesic metrics that define the distance of two points...
Geodesic polyhedra and nets
Geometric Convergence of Rational Approximations to e-z in Infinite Sectors.
Geometric sensitivity of a pinhole collimator.
Geometrical/Geographical Optimization and Fast Automatic Differentiation
Geometrické modelování – od historie k současnosti a budoucnosti
Geometrie Convergence to e-z by Rational Functions with Real Poles.
Geometry processing : intersections, contours, and cubatures
Good Lattice Points in the Sense of Hlawka and Monte-Carlo Integration.
Good Lattice Points Modulo Composite Numbers.