Course Schedule for Digital Video Processing (EE392J)

Winter Quarter, 2000

Instructors: John Apostolopoulos and Susie Wee


Course Schedule

 Date Lecture Topic Reading Assignment
1/5 W Course Overview and Analog Video Chap 1  
1/10 M Spatio-Temporal Sampling Chap 3, Skim Chap 4  PS 1 issued
1/12 W Motion Estimation: Real vs Apparent Motion, Optical Flow Equation, Motion Models Chap 5  
1/19 W Motion Estimation: Block-based, Generalized Block-based, and Mesh-based ME Algorithms Chap 6  PS 1 due; PS 2 issued
1/24 M Motion-Compensated Filtering Chap 13, Tutorial by Stiller & Konrad  
1/26 W Video Sampling Structure Conversion
(Up/down conversion and Standards Conversions)
Chap 16  PS 2 due; PS 3 issued
1/31 M Noise Reduction and Restoration Chap 14 + 15  
2/2 W Motion Segmentation and Layered Video Representations Papers by Wang & Adelson  PS 3 due; PS 4 issued
2/7 M Superresolution Chap 17  PS 4 due
2/9 W Video Compression (1)  See PS 5  PS 5 issued
2/10 Thurs Midterm, 7-9 PM, Room Gates B12    
2/14 M Video Compression (2): Layered/scalable coding    
2/16 W Content-based Digital Video Processing
Dr. Qian Huang, AT&T Labs - Research
Tutorial on "Video Compression Standards"   PS 5 due, including  project proposal; PS 6 issued
2/23 W Synthetic-Natural Hybrid Video Coding
Dr. Eric Petajan, Lucent Bell Labs
   PS 6 due; PS 7 issued
2/28 M Object-based Video Coding    
3/1 W Error-resilient Video
Prof. Bernd Girod, Stanford EE 
 

 PS 7 due (project update)

3/6 M Compressed-Domain Video Processing    
3/8 W Digital Television    Project reports due
3/15 W Final Exam Period: Project Presentations    Project presentation

 


Last Updated: February 6, 2000