Echtzeit-Visualisierung

Organization

Realtime visualization VU consists of a lecture and an exercise part. The lectures are spread over the semester and will be held virtually over zoom. The lectures are frontal lectures describing real-time visualization concepts, combined with explanation of implementation code examples. The course will be held in English. The exercise part consists of an implementation of a two real-time visualization techniques. On this page you can find essential information and dates concerning the course, more is explained on the first lecture.

The lectures will be recorded and uploaded to an associated TUWEL course. Information on the exercises is available in TUWEL. Registration to the course is done through TISS.
Join the lecture through the following zoom link: https://tuwien.zoom.us/j/95004927804

Schedule

Thursday
8.10.2020
1100-1300 Introduction to Real-Time Visualization Course
Real-Time Molecular Visualization
Peter Mindek
Thursday
15.10.2020
1100-1300 GPGPU for Real-Time Visualization
Nicolas Grossmann
Thursday
22.10.2020
1100-1300 Real-Time Ultrasound Processing and Rendering
Aleksandr Amirkhanov
Thursday
29.10.2020
1100-1300 High-Performance Computing and Visualization
Hsiang-Yun Wu
Thursday
5.11.2020
1100-1300 Real-Time Visual Analytics
Manuela Waldner
Thursday
12.11.2020
1100-1300 Real-Time Large Graph Visualization
Peter Mindek
Thursday
19.11.2020
1100-1300 Real-Time Fluid Simulation and Visualization
David Kouril
Thursday
26.11.2020
1100-1300 Visualization in Virtual and Augmented Reality
Laura R. Luidolt

Grading

There is a nominal amount of 100 points. There will be oral exams where maximum of 50 points can be obtained. The lab has nominal 50 points plus additional 10 bonus points. The grading scheme is as follows: -49 = 5 … 50-52 = 4 … 63-74 = 3 … 75-87 = 2 … 88- = 1.

Related courses

186.827, VU Visualisierung 1; WS; Eduard Gröller & Tobias Klein
186.833, VU Visualisierung 2; WS; Eduard Gröller & al.
186.105, VU Visualisierung medizinischer Daten 1; SS; Renata Raidou
186.138, VU Visualisierung medizinischer Daten 2; WS; Renata Raidou
188.305, VO Informationsvisualisierung; SS; Kresimir Matkovic
186.143, UE Informationsvisualisierung; SS; Kresimir Matkovic & al.
188.162, VU Informationsvisualisierung; WS; Silvia Miksch
186.166, VU Entwurf und Programmierung einer Rendering-Engine; WS; Harald Steinlechner
186.046, SE aus Visualisierung; Eduard Gröller
186.829, PR Bachelorarbeit für Informatik und Wirtschaftsinformatik; Eduard Gröller et al.
186.834, PR Praktikum aus Visual Computing; Eduard Gröller et al.
Central European Seminar on Computer Graphics; Michael Wimmer et al.