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Welcome to the TMR Project |
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- BURGERS (FORTRAN)
Solve the periodic 1D - Burgers equation by approximating the solution by wavelet packet bases. - EXTRA2 (C)
Extension of a function of 2 variables outside a prescribed domain using multiscale decomposition. - LAPLSHAP (FORTRAN)
Solve the Laplacian equation on the L-shaped domain using a Q_1 discretization on a uniform dyadic grid. - LAPADAP (FORTRAN)
Solve the Laplacian equation with homogeneous boundary conditions on the square [0,1]^2 by an adaptive wavelet algorithm. - MULTI1D (C++)
Computes the finite volume solution of one dimensional system of equations within a multiresolution analysis framework. Three cases are implemented: the scalar linear transport, Burgers equation, and the Euler system. - MULTI2D (C++)
Computes the finite volume solution of a two dimensional scalar equation within a multiresolution analysis framework. Two cases are implemented: the scalar linear transport, and Burgers equation. - NOISE (C)
Noise removal (Image folder). - THRESHOLD (C)
Image compression (Image folder). - FILTERS
Contains the filters coefficients, a plot of scaling and wavelet functions and a short information about their properties.- Orthogonal Coiflets filters,
- Orthogonal Daubechies filters,
- Biorthogonal Spline filters,
- Biorthogonal Interpolation filters.
Available Wavelet Filters:
Other Teams Database Summary: see "Project Members Databases" on the Home Page.