Christian RieckWissenschaftlicher Mitarbeiter Technische Universität BraunschweigCarl Friedrich Gauß Faculty Department of Computer Science Institute of Operating Systems and Computer Networks Room 314 Mühlenpfordtstraße 23, 3rd floor 38106 Braunschweig Phone: +49 531 3913114 Fax: +49 531 3913109 EMail: rieck[[at]]ibr.cs.tu-bs.de Office hour: by appointment (mail). |
Due to the corona pandemic / COVID-19, I am currently working from home. Please get in touch via e-mail.
Research interests
- Algorithms
- Graph theory
- Computational geometry
- Computational complexity theory
- Combinatorial / geometric optimization
Teaching (assistant)
| Summer term 2020: | Network Algorithms | Bachelor's Seminar / Master's Seminar |
| Winter term 2019: | Computational Geometry | Bachelor's Seminar / Master's Seminar |
| Summer term 2019: | Network Algorithms | Bachelor's Seminar / Master's Seminar |
| Winter term 2018: | Algorithms and Data Structures | Bachelor's Seminar / Master's Seminar |
| Summer term 2018: | Network Algorithms | Bachelor's Seminar / Master's Seminar |
| Winter term 2017: | Algorithms and Data Structures | Bachelor's Seminar / Master's Seminar |
| Summer term 2017: | Network Algorithms | Bachelor's Seminar / Master's Seminar |
| Winter term 2016: | Mathematical Methods of Algorithmics | Bachelor's Seminar / Master's Seminar |
Supervised Theses
| Master Thesis: | Manipulating Three-Dimensional Lattice-Based Cellular Structures by Finite Automata (running) |
| Bachelor Thesis: | Geometric Algorithms for Special Cases of Connected Unlabeled Robot Motion Planning (running) |
| Bachelor Thesis: | Variations and Extentions of the Two Guards Problem |
| Master Thesis: | New Variants of the Tilt Assembly Problem |
| Bachelor Thesis: | Methoden für dynamisch balancierte Packprobleme |
| Project Thesis: | Variants of the Watchman Problem |
| Bachelor Thesis: | Algorithmische Ansätze für energiebeschränkte Art-Gallery-Probleme |
| Bachelor Thesis: | Algorithmen für dynamisch balancierte Rekonfigurationsprobleme |
| Bachelor Thesis: | New Variants of the Floodlight Problem |
| Bachelor Thesis: | Dispersive Art Gallery Problems |
| Master Thesis: | Online Covering with Scan and Travel Cost |
| Bachelor Thesis: | Verteilte Algorithmen zur Objekterkennung mit Smart Pixeln |
