Find this at http://www.npac.syr.edu/users/gcf/hpdc95compressmaster/

Master Foils for Compression Presentation for HPDC95 Tutorial

This set of foils describes image and video compression schemes concentrating on Wavelets which seem most powerful although JPEG and MPEG using related but less efficient Fourier technology will be used much more widely initially

JPEG, JBIG, Fractal for images and MPEG, H.261 schemes for video clips are briefly reviewed

Wavelets are described in detail

Table of Contents for Master Foils for Compression Presentation for HPDC95 Tutorial

001 HPDC95 Module on
    Compression
    August 1,1995
002 Abstract of  Compression Module
003 Compressing Still and Moving Images 
004 Image Compression
005 Performance Measures
006 JPEG - Joint Photographic Experts Group
007 JBIG - Joint-bi-level Image Experts Group
008 Fractal Compression
009 Introduction to Wavelets 
010 Discrete Wavelet Transform
011 Wavelet Transform Characteristics
012 Daubechie's Mother wavelets 
013 Mathematical Structure of Discrete Wavelet Transform-I
014 Matrix Structure of a Simple Wavelet Transformation
015 Mathematical Structure of Discrete Wavelet Transform-II
016 How Image wavelet compression works
017 How wavelet compression works
    Pictorially
018 2D Forward/inverse wavelet transform
019 2D Forward wavelet transform 
020 2D Inverse wavelet transform
021 Wavelets -- Quantization 
022 Wavelets -- Coding
023 Wavelets in Telemedicine
024 Comparison W6+VLC, Biorthogonal+VLC, JPEG image coders
025 Video Compression -- I 
026 Video Compression -- II
027 MPEG - Moving Picture Experts Group
028 H.261 - similar to but not compatible with MPEG
029 Wavelets -- Video compression
030 Block diagram of the video encoder
031 Block diagram of the video  decoder
032 Wavelet references

Northeast Parallel Architectures Center, Syracuse University, npac@npac.syr.edu