CAP 6411 - Computer Vision Systems
Fall 2004

T-R 3:00 - 4:15pm
  327 ENG

Prof. Mubarak Shah

TA: Yunjun Zhang


Update:

12/02:

              Program 3: Standard Hotel sequence data UV.zip

                                     Detailed program description

 

 

11/20:

              Program 2: One new sequence for test. You can try to track both cars in the sequence.

                                    Car_graylevel

 

11/9:

         Program 3:  Due on Dec, 2nd. Details can be found in program section.

10/26:

             Program 2: New Due date on Nov 16th.  One sequence is available.  (in program section)

        Homework 4: Due on Nov, 16th.  (Lecture 9, page 17, 22; Lecture 12, page 21, 22)

 

 

10/21:

             Program 2: Implement mean shift tracking method described in Lecture 9.  Details and sequences        coming soon…    Due Nov 16th.

9/30:

Important Dates: 

        Oct   7:   Mid term review.

        Oct  12:  Program one report due (CSB 111), NO class.

9/28:

Important Dates: 

            Oct  14:  Mid term exam.

            Oct  19:   Program one demo due at CSB 111.

9/21:

Homework Three:

Details are in Lecture 7. Due on Thursday, September 30.

Program One:

The associated sequences are available under program assignments section.

 

9/15:

Homework Two:

Given point correspondences in two images, estimate affine, projective, pseudo-perspective, quadratic, and bi-linear transformations. Use half of the points to estimate these transformations and the remaining half to test how well are the estimations. You will be given three pairs of images to test your implementations.  Due September 23. A short report (one page) is due which should include: method used, problems, results, observations.

The associated file

Contact TA if you have any question about the file.

Homework One:

Due on 9/16.  Please submit your homework to TA in class.

 

9/10:

A make-up class is set at 3:00pm, Friday, 9/17, CSB 232.

Map for CSB building

 

 

Lecture Notes 
(Some Lecture links will not work as the notes will be put during the semester)

Lecture-1(pdf)
The Lecture 1 is available at TA's office CSB111 as a CD (file sizes 304 MB). Email  TA  if you need a copy.

Lecture-2(pdf)
Lecture-3(pdf) Homework One.
Due on 9/16
Lecture-4
Lecture-5

Lecture-6

Lecture-7
Homework Three.
Due on 9/30
Lecture-8 (check the upated slides)

Lecture-9

Lecture-10

Lecture-11(this one is ready)

Lecture-12
Lecture-13

Lecture-14

-X

Program-3

Lecture-15

Lecture-16

Lecture-17

Lecture-18
Lecture-19

Lecture-20

ALL

Program Assignments
(Some links may not work as the files will be put during the semester)

Program-1 details in Lecture 7

Associated Files: seq1 seq2 seq3

head Imgs (Don’t need to generate a mosaic)

Program-2

Associated Files: seq1

Program-3

Associated Files: pingpong hotel toyhouse

 

 

Link to one implementation of KLT tracker

http://www.ces.clemson.edu/~stb/klt/installation.html

Program-4

Associated Files

Program-5

Associated Files

Related Source Codes
Image I/O in C++ (for Binary PGM files only)
LU Decomposition code to solve linear systems
 

Video Compression

  1. Motivation
  2. fundamentals
  3. JPEG
  4. MPEG-1
  5. MPEG-2
  6. Model-based Video Compression
  7. MPEG-4
  8. MPEG-7

Computer Vision Text
Fundamentals of Computer Vision, Mubarak Shah
Pages 5-10, pages 24 problems 15-16, pages 80-95, pages 95-100
 

Other Sequences
CLAIRE (News Anchor)
Claire seq for Global motion estimation
C4 (train) Sequence (4.5M)
Sukhoi Seq