Greg von Winckel - MATLAB Central
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Greg von Winckel


University of New Mexico

Active since 2004

Followers: 1   Following: 0

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I am research associate professor at the University of New Mexico Center for High Technology Materials

Professional Interests: PDE Constrained optimization, quantum mechanics, numerical methods

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  • Personal Best Downloads Level 4
  • 5-Star Galaxy Level 5
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Submitted


Gaussian Quadrature for Triangles
Compute Gauss nodes and weights for a triangle

16 years ago | 2 downloads |

4.3 / 5

Submitted


Bessel Function Zeros
Computes the first k zeros of the Bessel Function of the 1st and 2nd Kinds.

16 years ago | 18 downloads |

4.5 / 5

Submitted


2D Barycentric Lagrange Interpolation
Interpolates a function on a rectangle.

16 years ago | 1 download |

4.3 / 5
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Submitted


Chebyshev Series Product
Computes the product of two Chebyshev expansions.

16 years ago | 1 download |

5.0 / 5

Submitted


Finite Difference Weights
Computes the finite difference for a uniform grid.

16 years ago | 2 downloads |

4.7 / 5

Submitted


Legende-Gauss-Lobatto nodes and weights
Computes the Legendre-Gauss-Lobatto weights, nodes and vandermonde matrix.

16 years ago | 18 downloads |

4.6 / 5

Submitted


Block tridiagonal solver
Solves block tridiagonal systems of equations.

16 years ago | 1 download |

4.5 / 5

Submitted


Fast Pentadiagonal System Solver
Solves symmetric and asymmetric pentadiagonal systems.

16 years ago | 4 downloads |

4.4 / 5

Submitted


Fast Chebyshev Transform (1D)
Transfroms between nodal and spectral values.

16 years ago | 3 downloads |

5.0 / 5

Submitted


Legendre-Gauss Quadrature Weights and Nodes
Computes the Legendre-Gauss weights and nodes for solving definite integrals.

16 years ago | 67 downloads |

4.7 / 5

Submitted


Barycentric Lagrange Interpolating Polynomials and Lebesgue Constant
Computes lagrange interpolating polynomials and Lebesgue function/constant.

16 years ago | 4 downloads |

4.3 / 5
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Submitted


Quadrature rules for spherical volume integrals
Computes weights and nodes for numerically solving spherical volume integrals.

19 years ago | 2 downloads |

5.0 / 5

Submitted


n-dimensional simplex quadrature
% Construct Gauss points and weights for a n-dimensional simplex

19 years ago | 1 download |

5.0 / 5

Submitted


Gauss Quadrature for Tetrahedra
Compute Gauss weights and nodes for a specied tetrahedron

19 years ago | 1 download |

5.0 / 5

Submitted


Summed Newton-Cotes Rules
2-11 Point Summed Newton-Cotes Rules

19 years ago | 3 downloads |

0.0 / 5

Submitted


Hermite Quadrature
Computes the Hermite weights for user-defined nodes.

19 years ago | 3 downloads |

0.0 / 5

Submitted


Fast Chebyshev Differentiation
Computes the numerical derivative on the Chebyshev grid.

19 years ago | 2 downloads |

5.0 / 5

Submitted


Arbitrary Rank Update to Cholesky Factorization
Solves the Cholesky factored system with arbitrary update.

19 years ago | 2 downloads |

0.0 / 5

Submitted


Rank-2 update to LU Factorization
Solve an LU-factorized system with rank-2 update.

19 years ago | 1 download |

0.0 / 5

Submitted


Radial Quadrature and Spectral Methods
Weights, nodes, and spectral methods matices for radial problems

19 years ago | 1 download |

0.0 / 5

Submitted


1-D Unstructured Finite Differences
Computes 3-, 5-, and 7-point FD matrices for unstructured grids

19 years ago | 1 download |

3.0 / 5

Submitted


Gegenbauer-Gauss-Lobatto Quadrature
Computes weights and nodes for Gegenbauer-Gauss-Lobatto quadrature.

20 years ago | 1 download |

0.0 / 5

Submitted


Conformally Mapped Laplacian
Compute eigenfunctions of the laplacian on a conformally mapped square.

20 years ago | 1 download |

0.0 / 5
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Submitted


Fast Clenshaw-Curtis Quadrature
Computes Clenshaw Curtis weights and nodes using the FFT.

20 years ago | 9 downloads |

0.0 / 5

Submitted


Numerical Integration on an Arbitrary Grid
Computes weights for numerical integration on arbitrary grid points.

20 years ago | 1 download |

4.0 / 5

Submitted


Weighted Grid Points
Computes the Lobatto points for an arbitrary weight.

20 years ago | 1 download |

0.0 / 5

Submitted


2D Wavepacket Time Evolution
Simulates a Gaussian wavepacket in a square domain.

20 years ago | 3 downloads |

3.0 / 5

Submitted


Pseudospectral Differentiation on an Arbitrary Grid
Numerically differentiates a function on an arbitrary grid.

20 years ago | 1 download |

5.0 / 5

Submitted


Series Product
Computes the product of two power series.

20 years ago | 1 download |

0.0 / 5

Submitted


Generalized Linear Differential Operator Commutator
Computes commuted expansion coefficients for linear operators.

20 years ago | 2 downloads |

0.0 / 5

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