Image acquisition. Mathematical modeling of image formation. Introduction to image processing and analysis. Camera calibration. Stereo vision. Depth estimation. Object localization. 3D image analysis. Surface geometry. Object topology. Object landmarks and features. Object recognition. Object registration. Object description. Applications in medical imaging, image retrieval, robotic vision.

Course attendance will be asynchronous in English, using the educational material found in CVML Web Lectures modules:
2D Computer Vision and Image Analysis
Computer Vision

Compulsory bibliographical and/or programming assignments are foreseen to be carried out during the course.

In order to pass the course, you will be requested to:
1) study the course lecture pdfs (in English) and fill the respective understanding questionnaires:
2) do an obligatory bibliographical project (in ppt and tex)
3) do an obligatory programming project
4) participate in the final written course exams (remotely).

The course is quite demanding, but it provides excellent knowledge of the entire domain of Computer Vision.

Postgraduate course

13 weeks, 2,5 hours/ week

Semester Course

7,5

0-10 for written exams. Literature survey or programming assignments or mid-term exams or oral presentations provide an additional 2-4 points, if the exam mark is at least 4.

English/Greek

Asynchronous on-line participation

Up to 5 participants

http://icarus.csd.auth.gr/computer-vision-web-module/