Praktikum Introduction to Computer Visison

Hassan Abu Alhaija, Winter semester 2014/2015

Welcome to Basic Practical Seminar of Computer Vision !

This practical seminar serves as an introduction to computer vision.
For students who do not attend the corresponding lectures, it can give
an impression of the methods used in this field. You will learn
mathematical models and their computational implementation in the
OpenCV library by doing a number of small projects that solve practical
computer vision problems.

Offered for Modules: INF-LE-MA, INF-04-P, INF-B-510, INF-B-530, INF-BAS2, MATH-MA-INFGDV,
MINF-04-FG-MTGW
Time: Friday, 09.01.2015 ,11:10-12:40 Uhr, INF E040
Scope: 0/0/2
Conclusion: graded certificate
Enrollment: jExam. if not possible via email to Bettina.Weser, possible until the start of submitting first task in 30.10.
Maximum number of participants : 30
Prerequisites: Basic knowledge of C ++
basics : C++, OpenCV
Delivery: Source code, output images, output data, your code must compile
without errors in the lab environment(room E040); It is expected to
work independently. If you are using third-party code, specify the
source. You will receive a graded certificate. Criteria: accuracy (40),
completeness (40), delivery time (20).
Contact : hassan.abu_alhaija(at)tu-dresden.de
Tasks:
  1. Introduction to OpenCV, system setup (Qt creator project file) (Holger.Heidrich)- (2 Weeks: hand in not later than 30.10.2014)
    Task:
    In a given colour Image, click a pixel, select all pixels that are in a
    colour distance range D=sqrt([r-r’]²+[g-g’]²+[b-b’]²) < Dmax
    (selectable via trackbar). This gives you similar coloured regions
    (many connected components). In a result image mark the selected pixels
    white and the others black. From the white regions mark the largest red
    in order to see the largest region similar in colour to the pixel you
    clicked. 
  2. Projective Geometry, transformations and Homography – (3W) – deadline : 28.11.2014
  3. Image Processing and Ennhancment –
    Images – deadline : 12.12.2014
  4. Stereo Matching –
    Images – deadline : 12.01.2015 11:59pm (extended)
  5. dynamic Programming deadline : 06.02.2015 11:59pm