wavelet software.htm

从IEEE收集的小波分析入门的资料

    Image Compression Construction Kit.</A> 
    <P><B></P>
    <DT>"MR/1" from Multi Resolution Ltd</B> 
    <DD>Multiresolution Analysis, for visualization, filtering, noise modeling, 
    deconvolution, compression, vision modeling, image registering, feature 
    detection, and more. <BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.multiresolution.com/">MR/1" Multiresolution Analysis 
    Software.</A> 
    <P><B></P>
    <DT>"Wavestat" from Mabuse.de</B> 
    <DD>WaveStat applies exploratory Cluster Analysis of picture data using 
    wavelet-built coefficients. Cluster Analysis collects elements (i.e. pixels) 
    of the same property (in this context this means: gray value) to a cluster. 
    These clusters can be visualized by colorizing them or by reconstructing 
    them to a grayscale picture. <BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.mabuse.de/noframe/wavestat_nf.html">Wavestat from 
    Mabuse.de.</A> 
    <P><B></P>
    <DT>"ImageLib" An Image Processing C++ library with some wavelet support 
    from Brendt Wohlberg</B> 
    <DD>ImageLib is a C++ class library providing image processing and related 
    facilities. The main set of classes provide a variety of image and vector 
    types, with additional modules supporting scalar and vector quantisation, 
    DCT transforms and wavelet transforms. Periodic and symmetric extension 
    wavelet transforms are provided, as well as facilities for plotting scaling 
    functions, wavelets, and wavelet filter frequency responses. <BR><IMG 
    alt="Red Button" src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.dip.ee.uct.ac.za/~brendt/srcdist/index.html">ImageLib&gt;Wavestat" 
    from Brendt Wohlberg</A> 
    <P><B></P>
    <DT>The Rice Wavelet Toolbox Release 2.0</B> 
    <DD>The Rice Wavelet Toolbox Release 2.0 is a collection of MATLAB of 
    "mfiles" and "mex" files for twoband and M-band filter bank/wavelet analysis 
    from the DSP group and Computational Mathematics Laboratory (CML) at Rice 
    University, Houston, TX. This release includes application code for 
    Synthetic Aperture Radar despeckling and for deblocking of JPEG decompressed 
    Images. Papers can be found at /pub/dsp/papers/ Contact: Ramesh Gopinath 
    <[e-mail]>. <BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www-dsp.rice.edu/software/RWT/">Matlab Rice Wavelet 
    Toolbox.</A> 
    <P><B></P>
    <DT>Waterloo Maple Software Wavelet Share Libraries</B> 
    <DD>Free Maple wavelet libraries from the Maple share library anonymous ftp 
    sites. Files for calculating coefficients, values, graphs, moments, and 
    (anti)derivatives of Daubechies scaling functions/wavelets, accuracy 
    estimation and refinement of approximations for the coefficients of 
    Daubechies low pass filters, calculating correct coefficients of Daubechies 
    low pass filters, and the 2p coefficients of the Daubechies Minium Phase 
    filter using the Deslauriers-Dubuc Lagrange interpolation method.<BR><IMG 
    alt="Red Button" src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="ftp://daisy.uwaterloo.ca/pub/maple/5.3/share/daub">Maple Wavelet 
    Software by anon ftp (Canada).</A><BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="ftp://neptune.inf.ethz.ch/pub/maple/5.3/share/daub">Maple Wavelet 
    Software by anon ftp (Zurich).</A><BR>
    <P><B></P>
    <DT>PV-Wave Signal Processing Toolkit (SPT)</B> 
    <DD>The Signal Processing Toolkit (SPT) is an add-on to PV-WAVE Advantage, 
    almost entirely written in PV-WAVE with the source code supplied. The 
    Toolkit concentrates on 1-D signal processing, with many of the functions 
    extendable to 2-D for image processing, etc. simply by adding to the source 
    code. In addition to the various functions which cover areas such as: models 
    and analysis, filter approximation and realisation, transforms and spectrum 
    analysis, statistical signal processing, optimisation and convenience 
    routines for polynomial manipulation (of the transfer functions) and 
    plotting functions, the wavelet part of the product computes the wavelet 
    transform of a data sequence using compactly supported ortho-normal wavelets 
    (using a quadrature mirror filters- QMF) Functions for computing and 
    designing the QMF bank are supplied as well as a number of examples.<BR><IMG 
    alt="Red Button" src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.vni.com/">PV-Wave Home Page.</A> 
    <P><B></P>
    <DT>"Uvi_Wave" at Universidad de Vigo, Spain</B> 
    <DD>Wavelet software for Matlab and Khoros to help research and educational 
    professionals. The software includes the Discrete Wavelet Transform, the 
    Wavelet Transform, the Inverse Discrete Wavelet Transform, Scale Functions, 
    Wavelet Functions, Multiresolution analysis, Non subsampled filter banks, 
    can be useful for singularity detection, Wavelet design, and some demos and 
    utilities for subband managing and viewing. A new Matlab version (3.0) was 
    just released. <BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.tsc.uvigo.es/~wavelets/uvi_wave.html">Uvi_Wave Wavelet 
    Software.</A> 
    <P><B></P>
    <DT>"MacWavelets" from Intergalactic Reality</B> 
    <DD>MacWavelets v2.00 is a small, simple, standalone, Macintosh program for 
    performing 1D and 2D discrete wavelet transforms and associated analyses. 
    With this software you can import and export 1D/2D datasets, generate a 
    variety of test datasets, plot data, perform discrete and inverse wavelet 
    transforms using built-in and imported custom filters, display wavelet 
    coefficients, manipulate datasets, sort, truncate, and unsort coefficients, 
    compress and expand data, remove noise from data, find peaks in data, and 
    display data statistics. All program operations are available from the 
    standard Macintosh user interface, including windows, menus, and dialogs. No 
    programming or scripting is required.<BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.intergalact.com/macwavelets/macwavelets.html">MacWavelets 
    Software.</A> 
    <P><B></P>
    <DT>Yale University</B> 
    <DD>The Mathematics Department has made available wavelet software for 
    de-noising, a wavelet packet library (written in C), and an educational 
    package for X-windows.<BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="ftp://pascal.math.yale.edu:/WWW/pub/wavelets/software">Wavelet 
    Software by anon ftp.</A> 
    <P><B></P>
    <DT>Discrete Periodic Wavelet Transform Matlab Software</B> 
    <DD>Neil Getz has written some papers, code and a web page describing the 
    discrete periodic wavelet transform. This is a collection of Matlab routines 
    designed to enable easy experimentation with the DPWT and its inverse. Some 
    knowledge of the background material contained in the attached two 
    publications is suggested.<BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.inversioninc.com/wavelet.html">Discrete Periodic Wavelet 
    Transform Matlab Software.</A> 
    <P><B></P>
    <DT>Khoros Wavelet and Compression Toolbox</B> 
    <DD>This was the effort of the Computer Research and Applications Group 
    (CIC/C-3) at Los Alamos National Laboratory. This Khoros toolbox implements 
    the discrete wavelet transformation (DWT), compression algorithms and 
    associated support routines. The wavelet toolbox provides programs for both 
    1D and 2D wavelet transforms. Currently the this software is 
    unsupported.<BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.c3.lanl.gov/~cjhamil/Wavelets/main.html">Khoros Wavelet and 
    Compression Toolbox.</A> 
    <P><B></P>
    <DT>University of Missouri</B> 
    <DD>Some more wavelets educational software can be found here.<BR><IMG 
    alt="Red Button" src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="ftp://pandemonium.physics.missouri.edu/pub/wavelets">Wavelet Software 
    by anon ftp.</A> 
    <P><B></P>
    <DT>Dept. of Mathematics, University of South Carolina</B> 
    <DD>Some more wavelets software can be found here. Read the README files 
    first.<BR><IMG alt="Red Button" src="Wavelet Software.files/redbutton.gif" 
    align=top> <A href="gopher://mocha.math.sc.edu/11/wavelet/programs">Some 
    Wavelet Software at U of S Carolina via Gopher.</A> 
    <P><B></P>
    <DT>"Wavelet at Imager" University of British Columbia</B> 
    <DD>The Imager Wavelet Library, "wvlt", is a small library of 
    wavelet-related functions in C that perform forward and inverse transforms 
    and refinement. Support for 15 popular wavelet bases is included, with the 
    ability to add more. The package also includes source for three shell-level 
    programs to do wavelet processing on ASCII files and PPM images with some 
    demo scripts. (The demos require "gnuplot" and "perl" to be installed on 
    your system.) The code has been compiled and tested under various UNIX 
    flavors (AIX, SunOS, IRIX, and HP-UX), DOS, and (partially) Macintosh and 
    should port to other systems with few problems.<BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.cs.ubc.ca/nest/imager/contributions/bobl/wvlt/top.html">Imager 
    Wavelet Software Library.</A> 
    <P><B></P>
    <DT>"Time-Frequency Toolbox" for Matlab by Auger, Lemoine, Goncalves and 
    Flandrin.</B> 
    <DD>This free (copyrighted) software is is a collection of about 100 
    M-files, developed for the analysis of non-stationary signals using 
    time-frequency distributions. It performs signal generation files, 
    processing and post-processing (including visualization). The toolbox is 
    primary intended for researchers and engineers with some basic knowledge in 
    signal processing. It requires Matlab v4.2c (or later version) and the 
    Signal Processing Toolbox, v3.0 or later. <BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www-syntim.inria.fr/fractales/Software/TFTB/tftb.html">The 
    Time-Frequency Toolbox .</A> 
    <P><B></P>
    <DT>"XploRe" by W. Haerdle </B>
    <DD>XploRe, developed by by W. Haerdle for data analysis, research and 
    teaching, is promoted as a powerful tool for computational statistics. The 
    package contains a number of wavelet processing tools. The main features are 
    an extensive set of parametric and nonparametric methods incorporating many 
    statistical modelling approaches, a high level object oriented programming 
    language, an interactive graphic environment, a client/server architecture 
    with a fully capable Java interface, an online help system, and a set of 
    tutorials. XploRe contains a great variety of statistical methods that 
    include: generalized linear models and generalized partial linear models, 
    nonparametric methods such as kernel estimation and smoothing, spline 
    smoothing, nonlinear time series analysis, modern regression techniques, and 
    wavelets and neural networks. XploRe can be installed on single computers 
    (PC or workstation), and in networks. XploRe runs on almost any 
    platform.<BR><IMG alt="Red Button" 
    src="Wavelet Software.files/redbutton.gif" align=top> <A 
    href="http://www.xplore-stat.de/x4intro/">XploRe.</A> 
    <P><B></P>
    <DT>"Wavelet Function Generator" by Mac Cody</B> 
    <DD>This "tclet" is a wavelet function generator written in Tcl/Tk! by Mac