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Seminar Visual Computing

Semester: 
2020 Sommersemester
Lecturer: 
Location/Time: 
Mo, 14:00 ct, H-A 7118
SWS/CP: 
2 / 5
Recommended for: 
Bachelor Inf., Master Inf.
Requirements: 
CG1 oder DBV1
Examination Type: 
see below
Announcements: 

In the first seminar meeting, the final assignment of topics will take place, and the seminar rules and requirements will be explained.

Please contact Martin Lambers beforehand if you have questions about the topics or if you are interested in a particular topic.

Goals:

Participants of the seminar learn and practice to independently inform themselves about a scientific topic (here in the context of Visual Computing), and to present and communicate that topic to a larger audience.

For this purpose, every participant is given a scientific paper, typically published in conference proceedings or in a journal. The contents of this paper need to be presented and communicated to the other seminar participants by means of a report and a presentation. For this purpose, additional sources are usually required, as well as selfmade material such as illustrations.

The seminar is open for both bachelor and master students. The formal requirements are identical, but the content of the scientific paper will vary: bachelor students will typically be given topics that are suitable as followups to the introductory Visual Computing courses, while master students will typically be given more advanced topics from current research. Furthermore, the focus for bachelor students is to learn the basic techniques and requirements of scientific writing and presentation, while master students will need to give more attention to aspects such as clarity, expression, and style.
 

Requirements:

The successfull participation requires:

  • Presence at all presentations (missing a presentation without plausible reason will terminate participation)
  • Preparation of a presentation (e.g. PDF, Powerpoint, HTML)
  • Free presentation of 30 minutes, with a subsequent discussion about both contents and style of the presentation
  • Report about the topic (4500-8000 words, produced with LaTeX), to be handed in before the presentation
     

Material:

Topics

Topic Link Date Student Supervisor
Least-Squares Fitting of Two 3-D Point Sets
Finding the transformation between two two point sets, e.g. for 3D reconstruction.
Paper 06.07.2020 14:15 M. Gonzales M. Seelbach
Perceptual Evaluation of Liquid Simulation Methods
Crowd-sourcced evaluation of fluid simulation.
Paper 06.07.2020 15:00

13.07.2020 14:15

J. Diersen R. Winchenbach
Reflective Shadow Maps
Using shadow maps not just for shadows, but also for indirect lighting.
Paper 13.07.2020 14:15 R. Brüggemann M. Lambers
Voxel-based global illumination
Computing indirect lighting on a voxelized representation of the scene.
Paper 13.07.2020 15:00 M. Vetter H. Sommerhoff