Wavelets in Matlab
Front Page
Contents
About the Book
Implementation
Wavelets in Matlab
Uvi_Wave Toolbox
Quotes & Reviews
Typos
The Authors
Comments & Ideas
Links

Chapter 13 is a walk-through tutorial of a number of basic wavelet algorithms. In the book the tutorial is printed as ready-to-type Matlab code. To ease the typing all six tutorials are given here in ASCII format. You will also need the toolbox UviWave. Note that the Matlab code below is in m-files, which suggests that they are Matlab functions ready to run. They are Matlab functions, and they can be executed from the Matlab prompt. However, they are meant to be typed in line by line, so you’ll get the most of the tutorial by executing the functions one line at a time, for instance by copy and paste the code onto the Matlab prompt. The left most column has links to ASCII format code shown directly in the browser. You can also copy and paste this code directly to the Matlab prompt.

In Copy & Paste ready format

With line numbers

Without line numbers

1. Multiresolution analysis I

Tutor-1-num.m

Tutor-1.m

2. Multiresolution analysis II

Tutor-2-num.m

Tutor-2.m

3. Frequency Properties I

Tutor-3-num.m

Tutor-3.m

4. Frequency Properties II

Tutor-4-num.m

Tutor-4.m

5. Wavelet Packets Used for Denoising

Tutor-5-num.m

Tutor-5.m

6. Best Basis Algorithm

Tutor-6-num.m

Tutor-6.m

All files zipped.

Tutor-num.zip

Tutor.zip

All tutorials in one file.

Tutor-1-6-num.m

Tutor-1-6.m

To save the files to your own disk, right click and choose “Save target as ...” or “Save Link as ...”. Alternatively, you can hold down Shift while left clicking the file names.


Ripples in Mathematics - The Discrete Wavelet Transform. Springer Verlag Berlin Heidelberg 2001
Web master:
Anders la Cour-Harbo, Aalborg University, Denmark.
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