This page is located in archive.

a4m33gvg − Geometry of Computer Vision and Graphics − Exercises

Orig. Week Date Topic Pen & Paper Due Assignment Deadline
01 17.2. Test alpha Example HW-01
Image Coordinate System, Basic Elements of LA
02 24.2. Projection Matrix of a Perspective Camera HW-02
02.3. Cancelled HW-01
03 09.3. Camera calibration and pose HW-03 HW-02
04 16.3. Calibrated camera pose 1 HW-04a
05 23.3. Calibrated camera pose 2 HW-04b HW03
06 30.3. Homography, Ex-06 HW-05 HW-04a
07 6.4. Panorama, Ex-07 - video Ex-06:5, Ex-06:6 HW-06 HW-04b
08 13.4. Easter monday HW-05
09 20.4. Calibration from vanishing points HW-07 HW-06
Test-01 Examplevideo
10 27.4. Calibration from vanishing points (continued) Test-02-Example:6,7; solution: 06a, 06b, 07a, 07b
11 4.5. Epipolar geometry HW-08 HW-07
Test-02 Example
12 11.5. 3D reconstruction with calibrated camera I,Ex-10 Ex-10:3, Ex-10:4; solution 04a, 04b, 04c HW-09a
13 18.5. 3D reconstruction with calibrated camera II HW-09b HW-08
14 25.5. Test-03 Example HW-09a
1.6. HW-09b

See Tools repository.

See General Instructions for Submitting GVG Homeworks.

See General Instructions for Creating Graphs and Figures.

See Matlab Help for Typical Situations in Homeworks. Matlab examples, intro

See Python Help for Typical Situations in Homeworks.

courses/gvg/labs/start.txt · Last modified: 2020/05/11 20:48 by xmatousm