Article View: comp.dsp
Article #2695Workshop on Wavelets & Filter Banks
From: Tony Kocurko
Date: Mon, 31 May 1999 00:00
Date: Mon, 31 May 1999 00:00
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Professor Strang has asked me to pass this announcement on to some
appropriate newsgroups. If you know others who might be interested,
please
forward this notice to them. I can tell you from personal experience
that
these workshops are very productive and very useful.
Please reply to Professor Strang at gs@math.mit.edu rather than to me!
Cheers,
Tony Kocurko - Memorial University of Newfoundland
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FIRST ANNOUNCEMENT
WORKSHOP COURSE ON WAVELETS AND FILTER BANKS
taught by Gilbert Strang (MIT) and Truong Nguyen (Boston University)
Wednesday-Thursday-Friday **August 18-19-20, 1999**
at the University of St. Thomas, Minneapolis-St.Paul
TEXT: Participants will receive the textbook (revised edition in 1997)
WAVELETS AND FILTER BANKS by Strang and Nguyen
Wellesley-Cambridge Press, Box 812060, Wellesley MA 02482
This text is already in class use in many EE and mathematics
departments.
It can be ordered directly by email: gs@math.mit.edu
We also have a new IMAGE CODER by Truong Nguyen (1999) with
integer and floating point versions of DCT and Wavelets
Huffman and zero-tree coding and deringing (JPEG 2000)
This will be used at the Workshop and will be provided to participants.
The Workshop covers four broad topics:
1. Analysis of Filter Banks and Wavelets
2. Design Methods
**3. Applications (from Lecturers and Participants)
4. Hands-on Experience with Software (including image
coding)
These four key areas will be developed in detail:
1. Analysis
Multirate Signal Processing: Filtering, Decimation, Polyphase
Perfect Reconstruction and Aliasing Removal
Matrix Analysis: Toeplitz Matrices and Fast Algorithms
Wavelet Transform: Pyramid and Cascade Algorithms
Daubechies Wavelets, Orthogonal and Biorthogonal Wavelets
Smoothness, Approximation, Boundary Filters and Wavelets
Time-Frequency and Time-Scale Analysis
2. Design Methods
Spectral Factorization
Cosine-Modulated Filter Banks
Eigenfilters and Quadratic Constrained Least Squares
Lattice Structure
The Lifting Method (Ladder Structure)
3. Applications
Audio and Image Compression, Quantization Effects
Transient Detection and Edge Detection
Digital Communication and Multicarrier Modulation
Transmultiplexers
Medical Imaging and Scientific Visualization
Image Compression / Image Segmentation / Image Enhancement
Video Compression
** Deblocking algorithm for JPEG (DCT) Compression
** Deringing algorithm for wavelet-based compression
**** Integer DCT and Wavelets / image and video coding
4. Simulation Software
MATLAB Wavelet Toolbox
ECG Compression
New IMAGE CODER
The goal of the Workshop is to be as useful as possible to all
participants. ** Please request information by an email message
with subject Workshop to the organizer
Gilbert Strang: gs@math.mit.edu
We will reply about the program and tuition cost and housing.
The tuition includes the textbook and software. It will be the same as
in 1995 to 1998 (San Jose, Tampa, San Diego, Fairfax, Wellesley, and
Houston Workshops). Tuition is reduced by 50% for graduate students.
We are very glad to answer all questions by email. Our Web sites will
be
http://multirate.bu.edu/workshop.html http://www-math.mit.edu/~gs
Workshop Hotel: Sheraton Midway (800)535-2339 400 Hamline Av St.Paul MN
55104
Gilbert Strang Room 2-240 MIT Cambridge MA 02139
617 253 4383 fax 617 253 4358 gs@math.mit.edu
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<html>
<tt></tt> <tt></tt>
<p><tt> Professor Strang has asked me to pass this announcement on
to some appropriate newsgroups. If you know others who might be interested,
please</tt>
<br><tt>forward this notice to them. I can tell you from personal
experience that</tt>
<br><tt>these workshops are very productive and very useful.</tt><tt></tt>
<p><tt> Please reply to Professor Strang at gs@math.mit.edu rather
than to me!</tt><tt></tt>
<p><tt>Cheers,</tt>
<br><tt>Tony Kocurko - Memorial University of Newfoundland</tt>
<br><tt>---------------------------------------------------------------------------</tt>
<br><tt>---------------------------------------------------------------------------</tt><tt></tt>
<p><tt>
FIRST ANNOUNCEMENT</tt>
<br><tt>
WORKSHOP COURSE ON WAVELETS AND FILTER BANKS</tt>
<br><tt> </tt>
<br><tt> taught by Gilbert Strang (MIT) and Truong Nguyen
(Boston University)</tt><tt></tt>
<p><tt> Wednesday-Thursday-Friday
**August 18-19-20, 1999**</tt>
<br><tt> at
the University of St. Thomas, Minneapolis-St.Paul</tt><tt></tt>
<p><tt>TEXT: Participants will receive the textbook (revised edition in
1997)</tt><tt></tt>
<p><tt> WAVELETS AND FILTER BANKS
by Strang and Nguyen</tt>
<br><tt> Wellesley-Cambridge
Press, Box 812060, Wellesley MA 02482</tt><tt></tt>
<p><tt>This text is already in class use in many EE and mathematics departments.</tt>
<br><tt>It can be ordered directly by email: gs@math.mit.edu</tt><tt></tt>
<p><tt> We also have a new IMAGE
CODER by Truong Nguyen (1999) with</tt>
<br><tt>
integer and floating point versions of DCT and Wavelets</tt>
<br><tt>
Huffman and zero-tree coding and deringing (JPEG 2000)</tt><tt></tt>
<p><tt>This will be used at the Workshop and will be provided to participants.</tt>
<br><tt>The Workshop covers four broad topics:</tt><tt></tt>
<p><tt>
1. Analysis of Filter Banks and Wavelets</tt>
<br><tt>
2. Design Methods</tt>
<br><tt> **3.
Applications (from Lecturers and Participants)</tt>
<br><tt>
4. Hands-on Experience with Software (including image coding)</tt><tt></tt>
<p><tt> These four key areas will be developed in detail:</tt><tt></tt>
<p><tt> 1. Analysis</tt>
<br><tt> </tt>
<br><tt> Multirate Signal Processing:
Filtering, Decimation, Polyphase</tt>
<br><tt> Perfect Reconstruction
and Aliasing Removal</tt>
<br><tt> Matrix Analysis: Toeplitz
Matrices and Fast Algorithms</tt>
<br><tt> Wavelet Transform: Pyramid
and Cascade Algorithms</tt>
<br><tt> Daubechies Wavelets,
Orthogonal and Biorthogonal Wavelets</tt>
<br><tt> Smoothness, Approximation,
Boundary Filters and Wavelets</tt>
<br><tt> Time-Frequency and Time-Scale
Analysis</tt>
<br><tt> </tt>
<br><tt> 2. Design Methods</tt><tt></tt>
<p><tt> Spectral Factorization</tt>
<br><tt> Cosine-Modulated Filter
Banks</tt>
<br><tt> Eigenfilters and Quadratic
Constrained Least Squares</tt>
<br><tt> Lattice Structure</tt>
<br><tt> The Lifting Method
(Ladder Structure)</tt><tt></tt>
<p><tt> 3. Applications</tt><tt></tt>
<p><tt> Audio and Image Compression,
Quantization Effects</tt>
<br><tt> Transient Detection
and Edge Detection</tt>
<br><tt> Digital Communication
and Multicarrier Modulation</tt>
<br><tt> Transmultiplexers</tt>
<br><tt> Medical Imaging and
Scientific Visualization</tt>
<br><tt> Image Compression /
Image Segmentation / Image Enhancement</tt>
<br><tt> Video Compression</tt>
<br><tt> ** Deblocking algorithm for JPEG (DCT)
Compression</tt>
<br><tt> ** Deringing algorithm for wavelet-based
compression</tt>
<br><tt>**** Integer DCT and Wavelets / image and video
coding</tt><tt></tt>
<p><tt> 4. Simulation Software</tt><tt></tt>
<p><tt> MATLAB Wavelet Toolbox</tt>
<br><tt> ECG Compression</tt>
<br><tt> New IMAGE CODER</tt><tt></tt>
<p><tt>The goal of the Workshop is to be as useful as possible to all</tt>
<br><tt>participants. ** Please request information by an email message</tt>
<br><tt>with subject Workshop to the organizer</tt><tt></tt>
<p><tt> Gilbert Strang:
gs@math.mit.edu</tt><tt></tt>
<p><tt>We will reply about the program and tuition cost and housing.</tt>
<br><tt>The tuition includes the textbook and software. It will be
the same as</tt>
<br><tt>in 1995 to 1998 (San Jose, Tampa, San Diego, Fairfax, Wellesley,
and</tt>
<br><tt>Houston Workshops). Tuition is reduced by 50% for graduate
students.</tt>
<br><tt>We are very glad to answer all questions by email. Our Web
sites will be</tt><tt></tt>
<p><tt> <A HREF="http://multirate.bu.edu/workshop.html">http://multirate.bu.edu/workshop.html</A> <A HREF="http://www-math.mit.edu/~gs">http://www-math.mit.edu/~gs</A></tt><tt></tt>
<p><tt>Workshop Hotel: Sheraton Midway (800)535-2339 400 Hamline Av St.Paul
MN 55104</tt><tt></tt>
<p><tt> Gilbert Strang Room 2-240 MIT Cambridge
MA 02139</tt>
<br><tt> 617 253 4383 fax 617 253 4358
gs@math.mit.edu</tt>
<br><br>
<BR></html>
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X-Google-Language: ENGLISH,ASCII-7-bit X-Google-Thread: 10aee9,86c27e182957cd3c,start X-Google-Attributes: gid10aee9,public X-Google-Thread: f8fcc,86c27e182957cd3c,start X-Google-Attributes: gidf8fcc,public X-Google-Thread: fac55,86c27e182957cd3c,start X-Google-Attributes: gidfac55,public X-Google-Thread: 112fe0,86c27e182957cd3c,start X-Google-Attributes: gid112fe0,public X-Google-Thread: 108a14,86c27e182957cd3c,start X-Google-Attributes: gid108a14,public X-Google-Thread: 109d8a,86c27e182957cd3c,start X-Google-Attributes: gid109d8a,public From: Tony Kocurko <tony@waves.esd.mun.ca> Subject: Workshop on Wavelets & Filter Banks Date: 1999/05/31 Message-ID: <3752A6FA.6A717BD1@waves.esd.mun.ca> X-Deja-AN: 484096732 To: rbl@po.cwru.edu X-Accept-Language: en Content-Type: multipart/alternative; boundary="------------02DA5DB46875ED3EF0C06E2E" Organization: Memorial University of Newfoundland Mime-Version: 1.0 Newsgroups: comp.dsp,sci.geo.eos,sci.geo.petroleum,sci.image.processing,sci.math,ieee.general