After successful completion of the course, students are able to apply appropriate formal-mathematical methods for modelling, abstraction, solution finding and evaluation in the field of 3D computer vision and acquire problem formulation and problem solving competence. Furthermore, they are able to handle subject-specific hardware and software and to successfully convert real objects into 3D models. In addition to the lecture, students will learn about and solve real-world problems such as geometry, lighting, ambient light, etc. After successful completion of the course, students will be able to create a 3D model from photographs using a Structure from Motion program. Also they are able to process point clouds and surface models with appropriate software, in order to obtain a watertight 3D model.

Photogrammetry
Scanning of objects
Path from image capture to final 3D object
Deepens the content of the lecture
Geomagic as a 3D image processing package
Final presentation of results

independent solving and scientific discussion of subject-related examples and charges. The course consists of a lecture part and an exercise part. The described contents and concepts will be explained in the course of the lecture unit and tested and applied in practice in the exercise part.

ECTS Breakdown - 3 ECTS = 75h

20h Programming exercises
10h Photographs for photogrammetry model
10h Creation of photogrammetry model
10h Editing of photogrammetry model
15h Writing a report about programming exercise, 3D reconstruction and editing
10h delivery discussion (+ preparation)
------
75h

Elaboration of exercise examples, delivery discussions, oral presentation of the results

Ort: TISS

It is adviced to attend the lecture 3D Vision in parallel