- A C and Matlab library of wavelets functions. The goal of this
project is to provide code that is as easy as possible to use.
[http://www-sim.int-evry.fr/~bourges/WaveLib.html]
- Biorthogonal wavelet encoder/decoder for 8 bit grayscale images
with very efficient decoding. The full source code (written in C)
is provided.
[http://www.cis.upenn.edu/~eero/epic.html]
- A small collection of routines that allow the user to
manipulate wavelets, with some scattered documentation.
[http://www.cs.ubc.ca/nest/imager/contributions/bobl/wvlt/download/]
- This directory contains a series of Mathematica programs
designed to display the features and properties of various types
of wavelets. There are also PostScript files documenting the
programs as well as some additional documents about wavelets.
[http://timna.Mines.EDU/wavelets/]
- C and Matlab code to perform 1-D nonorthogonal discrete wavelet
transforms and their inverses. It is set up to use Morlet,
Daubechies and Tryme wavelets.
[ftp://ftp.nosc.mil/pub/Shensa/]
- A software package of algorithms to perform analyses
using M-band compactly supported prime scaling wavelets.
See the documentation in the package for further details.
[ftp://pandemonium.physics.missouri.edu/pub/wavelets/]
- This is a library of Matlab routines for wavelet analysis,
wavelet-packet analysis, cosine-packet analysis, and matching
pursuit. There are versions for Mac, UNIX and Windows systems.
Fairly extensive documentation is available.
[http://playfair.Stanford.EDU/~wavelab/]
- This is a collection of Matlab files for implementing wavelet
and filter bank design and analysis. It also includes code for
wavelet applications like 1-D and 2-D denoising and SAR image
processing.
[http://jazz.rice.edu/RWT/]
- This is a collection of wavelet programs that is available either
as a Matlab toolbox or a Khoros toolbox.
[http://www.tsc.uvigo.es/~wavelets/uvi_wave.html]
- A Matlab toolbox for performing wavelet transforms for
finite-duration discrete-time signals. Version 3.0 is freely
available, although version 4.1 (and presumably higher versions)
is a commercial product available from the
Commercial WavBox site.
[ftp://simplicity.stanford.edu/pub/taswell/]
- Wavelet-based image compression software written in C.
No documentation is available.
[ftp://ftp.nosc.mil/pub/Shensa/]
- Wavelet transform software with thresholding. This is written
in C with extensive linkages and functions is S-PLUS, a commercially
available language for statistical computations.
[http://www.stats.bris.ac.uk/pub/software/wavethresh/WaveThresh.html]
- Wavelet packet library routines, utilities and applications.
This is available in binary form for DOS, NeXT, SGI and Sun
platforms, and the source code is apparently available if
you sign a nondisclosure form.
[ftp://pascal.math.yale.edu/pub/wavelets/software/wplib/]
- A toolbox to perform
multiresolution analysis based on the W-transform is available.
The W-transform is a class of discrete transforms that treats
signal endpoints differently than usual and allows signals of
any length to be handled efficiently. In addition to the
toolbox (310 Kb tarred/compressed)
there is a
paper (590 Kb compressed PostScript)
describing the W-transform and a
manual (108 Kb compressed PostScript) for the toolbox.
[ftp://info.mcs.anl.gov/pub/W-transform/]
- The X Wavelet Packet Laboratory is an X based tool to examine
1-D real-valued signals using wavelets and wavelet packets.
It is designed more as an educational and exploratory tool rather
than a numerical analysis program. It is available only in
binary form for various UNIX platforms.
[ftp://pascal.math.yale.edu/pub/wavelets/software/xwpl/]