• Referenced in 20 articles [sw04414]
• Algorithm 886: Padua2D---Lagrange Interpolation at Padua Points on Bivariate Domains We present ... stable and efficient Fortran implementation of polynomial interpolation at the Padua points on the square...
• # Algorithm 882

• Referenced in 10 articles [sw10147]
• these nodes are near best for rational interpolation with prescribed poles (in the same sense ... Chebyshev points are near best for polynomial interpolation). As an illustration, we use these interpolation...
• # MPSolve

• Referenced in 14 articles [sw05298]
• polynomials and matrix power series, interpolation problems, orthogonal polynomials and rational functions.Efficiency of the algorithms...
• # ffmodstd

• Referenced in 5 articles [sw27228]
• Groebner basis of an ideal in a polynomial ring over an algebraic function field ... using modular methods and sparse multivariate rational interpolation, where the t_i are transcendental over ... polynomials G by applying the sparse multivariate rational interpolation algorithm from [4] coefficient-wise ... following algorithms: univariate polynomial interpolation [2], univariate rational function reconstruction [7], and multivariate polynomial interpolation...
• # ORBIT

• Referenced in 30 articles [sw20552]
• ORBIT to interpolate nonlinear functions using fewer function evaluations than the polynomial models considered ... ensuring that a subset of the interpolation points is sufficiently poised for linear interpolation...
• # TUBA3

• Referenced in 7 articles [sw06145]
• Finite elements providing a $C^{1}$ continuous interpolation are useful in the numerical solution ... first constructed by requiring a polynomial interpolation and prescribing the geometry, the location...
• # Rapsodia

• Referenced in 11 articles [sw12522]
• independents. Initial experiments using univariate Taylor polynomials with interpolation and operator overloading with unrolled loops...
• # LD3Ditp

• Referenced in 4 articles [sw32036]
• LD3Ditp: 3D polynomial interpolation on the nodes of degenerate 3D-Lissajous curves. The package LD3Ditp ... contains a Matlab implementation for 3D polynomial interpolation on the node points LD of degenerate...
• # GRPIA

• Referenced in 3 articles [sw27311]
• GRPIA: a new algorithm for computing interpolation polynomials. .. In this paper, we will give ... formulation of the Hermite polynomial interpolation problem and derive a new algorithm, called the Generalized ... Recursive Polynomial Interpolation Algorithm (GRPIA), for computing the Hermite polynomial interpolation in the general case...
• # LS2Ditp

• Referenced in 3 articles [sw32035]
• LS2Ditp: Bivariate polynomial interpolation on the node points of Lissajous curves. The package LS2Ditp contains ... Matlab implementation for bivariate polynomial interpolation on the node points LS of degenerate ... point sets LS and the polynomial interpolation scheme is summarized in the survey article...
• # LC3Ditp

• Referenced in 3 articles [sw32034]
• LC3Ditp: 3D polynomial interpolation on general Lissajous-Chebyshev nodes. The package LC3Ditp contains a Matlab ... implementation for trivariate polynomial interpolation on general Lissajous-Chebyshev points. This package syntesizes various interpolation...