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CS 4670/7670
Digital Image Compression
Fall
2004
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Instructor:
Wenjun (Kevin) Zeng
119 EBW
Department of Computer Science
University of Missouri-Columbia
Columbia, MO 65211
Phone: 882-4480
E-mail: zengw@missouri.edu
Office Hours:
Grading Criteria:
- Homework: 30%
- Project report: 20%
1. Completeness 10%
2. Clarity: 10%
- Source code: 40%
1. Correctness: 20%
2. Coding style: 10%
3. Readability/Comments 10%
- Class attendance/participation: 10%
Lecture Notes
These lecture notes are in pdf format. You will need Adobe Acrobat Reader to read them.
Chapter 1:
Introduction
Chapter 2:
Quantization
Chapter 3:
Differential Coding
Chapter 4: Transform
Coding
Chapter 5:
Variable-length Coding
Chapter 6: Run-length
and Dictionary Coding
Chapter 7: Still Image
Coding Standard – JPEG
Chapter 8: Wavelet
Transform for Image Coding
Chapter 9: An Overview
of JPEG-2000
Homework
HW #1: Ex. 2-2
Due date:
HW #2: Ex. 4-8
Due date:
HW #3: Ex. 5-6
Optional
HW #4: Ex. 5-8, 5-9 Due date:
HW #5: Ex. 8-1
Due date:
Projects
Project 1 Due date:
Downloads for Project 1:
Input image Lena.org (256x256 8bits/pixel gray level image in raw format)
You can convert the raw format to a bitmap file by using the following two applications:
· For Windows system: covert2bmp.exe
· For Unix/Linux: conver2bmp
You can use any image viewer to view the bitmap
image. You should also use these programs to convert your reconstructed images
to bitmap format and see what you have got.
***These programs are to be used only in this project. They are not built for
general use!
Project 2, Part(a) Due
date:
Part(b) Due date:
Project 3 Due date (hard
deadline, NO extension):
Sample matlab code for wavelet transform mywavelet.m
Sample C code for arithmetic encoding/decoding AC_encode.c AC_decode.c
Sample C code for wavelet based image Encoding/Decoding codec.c