Assignment 3 is described here.
Two frames for testing are here: frame one
and frame two.
In addition to the two frames listed above, you should also
use the following data for Assignment 3.
Every one should have the same frame 0: f0.jpg.
Grab Frame 1 here based on the last 4 digits of your clid. (Please be careful and take only the frame assigned to you.)
| 3758 | f1.jpg |
| 4835 | f1.jpg |
| 1115 | f1.jpg |
| 9963 | f1.jpg |
| 0833 | f1.jpg |
| 7885 | f1.jpg |
| 6700 | f1.jpg |
| 8699 | f1.jpg |
| 5183 | f1.jpg |
| 0635 | f1.jpg |
| 2056 | f1.jpg |
| 4843 | f1.jpg |
| 5715 | f1.jpg |
| 8646 | f1.jpg |
| 6371 | f1.jpg |
| 6168 | f1.jpg |
| 4201 | f1.jpg |
| 2808 | f1.jpg |
| 5928 | f1.jpg |
| 4307 | f1.jpg |
| 1638 | f1.jpg |
| 7549 | f1.jpg |
| 2563 | f1.jpg |
| 0920 | f1.jpg |
Assignment 2 is described here.
Assignment 1 is described here.
Notes for 11/24 lecture are here.
Notes for 11/19 lecture are here.
Notes for 11/12 lecture are here. Notes for 11/05 lecture are here. Notes for 11/03 lecture are here. Notes for 10/29 lecture are here.
Notes for 10/27 lecture are here. Notes for 10/20 lecture are here.
Notes for statistical measures for texture are here. Notes for texture descriptors are here.
Reference for color and texture descriptors is here.
Notes for color descriptors by lecture date: 09/22 (equations fixed!), 09/24, 09/29 (equations not very good to look at, but readable).
Example OpenCV code to create a Cr-Cb picture is
here.
Compile OpenCV on swamp linux machines using this command:
Example OpenCV program is here
Information about the class as presented at the first lecture is
here.
gcc -I/usr/include/opencv -lhighgui -lcvaux -lcv -lml -lcxcore -o filter filter.c
