Scalable Algorithms (ITI)

Computational Geometry

Lecturer: Thomas Bläsius

Teaching Assistants: Jean-Pierre von der Heydt, Marcus Wilhelm, Wendy Yi

Spatial data is processed in a wide variety of areas in computer science, such as computer graphics and visualization, geographic information systems, robotics, and more. Computational geometry focuses on the design and analysis of geometric algorithms and data structures. This module introduces frequently used techniques and concepts in computational geometry, which are explored in depth using selected and application-related questions.

See here for more info.

Schedule

We meet every week on Mondays at 3:45 PM and Thursdays at 3:45 PM in room 131. The first lecture will take place on Thursday, April 24th, at 3:45 PM.

Monday (15:45) Thursday (15:45) Sheet
1 22.04.2025 - 🏝 Easter Monday 24.04.2025 - Lecture 1 Sheet 1
2 28.04.2025 - Lecture 2 01.05.2025 - 🏝 Labour Day
3 05.05.2025 - Lecture 3 08.05.2025 - Exercise 1
4 12.05.2025 - Lecture 4 15.05.2025 - Active Session 1 Sheet 2
5 19.05.2025 - Lecture 5 22.05.2025 - Exercise 2
6 26.05.2025 - Lecture 6 29.05.2025 - 🏝 Ascension Day Sheet 3
7 02.06.2025 - Lecture 7 05.06.2025 - Exercise 3
09.06.2025 - 🏝 No Lecture 12.06.2025 - 🏝 No Lecture
8 16.06.2025 - Lecture 8 19.06.2025 - 🏝 Corpus Christi Sheet 4
9 23.06.2025 - Lecture 9 26.06.2025 - Exercise 4
10 30.06.2025 - Lecture 10 03.07.2025 - Active Session 2 Sheet 5
11 07.07.2025 - Lecture 11 10.07.2025 - Exercise 5
12 14.07.2025 - Lecture 12 17.07.2025 - Active Session 3 Sheet 6
13 21.07.2025 - Lecture 13 24.07.2025 - Exercise 6
14 28.07.2025 - Lecture 14 31.07.2025 - Summary / Active

Lecture

  1. Line Segment Intersection: with clicks, without clicks

Exercises

Exercise Sheets