• # INTLAB

• Referenced in 435 articles [sw04004]
• matrices) generalized eigenvalue problems (simple and clusters) quadrature for univariate functions univariate polynomial zeros (simple...
• # XFEM

• Referenced in 370 articles [sw01026]
• subtriangles, subquadrilaterals, independent near-tip, and discontinuous quadrature rules); domain integral methods for homogeneous...
• # GLLAMM

• Referenced in 61 articles [sw06517]
• methods are available for numerical integration: Quadrature or adaptive quadrature. In both cases ... make sure that a sufficient number of quadrature points has been used by comparing solutions ... with different numbers quadrature points. In most cases adaptive quadrature will perform better than ordinary ... quadrature. This is particularly the case if the cluster sizes are large and the responses...
• # ORTHPOL

• Referenced in 79 articles [sw00659]
• generating orthogonal polynomials and Gauss‐type quadrature rules. A collection of subroutines and examples ... zeros of orthogonal polynomials and Gauss-type quadrature rules, for which routines are also provided...
• # Clenshaw-Curtis

• Referenced in 41 articles [sw07876]
• Implementing Clenshaw-Curtis quadrature, I methodology and experience. Clenshaw-Curtis quadrature is a particularly important ... automatic quadrature scheme for a variety of reasons, especially the high accuracy obtained from relatively...

• Referenced in 38 articles [sw11527]
• # goodwin.f77

• Referenced in 22 articles [sw37144]
• common numerical alternative, 20-point Gaussian quadrature, begins to fail. By using a simple matrix ... compares the ability of 20-point Gaussian quadrature and our new method to obtain ... failed to converge with 20-point Gaussian quadrature, whereas the new method allowed convergence...
• Algorithm 840: Computation of grid points, quadrature weights and derivatives for spectral element methods using ... bases: the grid points $x_j$, the quadrature weights $w_j$, and the values...