## TeachingAt this page you can find out which lectures I am currently reading and which I have read sometimes elsewhere.
## Winter Semester 2015/16- Complexity and Cryptography
Slides are available.
## Summer Semester 2015- Algorithms - Theory and Practice
Slides are available. - Theory of Computation
## Winter Semester 2010/11- Complexity and Cryptography
Slides are available.
## Summer Semester 2010- Algorithms - Theory and Practice (together with
Shin-ichi Minato)
Course Notes for Part I are available as TCS-TR-B-05-1. - Theory of Computation
Textbook: Theory of Computation
## Winter Semester 2009/10- Complexity and Cryptography
Slides are available.
## Summer Semester 2009- Algorithms - Theory and Practice (together with
Shin-ichi Minato)
Course Notes and Slides for Part I were available. - Theory of Computation
Textbook: Theory of Computation
## Winter Semester 2008/09- Complexity and Cryptography
## Summer Semester 2008- Algorithms - Theory and Practice (together with
Shin-ichi Minato)
Course Notes for Part I are available as TCS-TR-B-05-1. - Theory of Computation
## Winter Semester 2007/08- Complexity and Cryptography
Course Notes are available.
## Summer Semester 2007- Algorithms - Theory and Practice (together with
Shin-ichi Minato)
Course Notes for Part I are available as TCS-TR-B-05-1. - Theory of Computation
## Summer Semester 2006- Algorithms - Theory and Practice (together with Shin-ichi Minato)
Course Notes for Part I are available as TCS-TR-B-05-1.
## Summer Semester 2005- Algorithms - Theory and Practice (together with Shin-ichi Minato)
Course Notes for Part I are available as TCS-TR-B-05-1.
## Previous Lectures- Introductory Complexity Theory
- Advanced Complexity Theory
- Complexity of Algebraic Problems
- Algorithmic Geometry of Numbers
- Computational Geometry
- Parallel Algorithms
- Introductory Cryptology
- Advanced Cryptology
- Introductory Algorithmic Learning Theory
- Advanced Algorithmic Learning Theory
- Algorithmic Learning and Data Mining
- Knowledge Representation and Acquisition
- Average-Case Analysis of Algorithms
- Algorithms, Complexity and Formal Languages
- Parallel and Distributed Systems
- Foundations of Programming Languages
- Introductory Foundations of Computer Science
- Foundations of Computer Science (Graduate Course)
- Combinatorial Algorithms
- Combinatorics
- Mathematical Logic
- Computational Logic
- Calculus and Mathematics of Computation
Thomas Zeugmann
This page is updated whenever new information is available. Last update February 25, 2016. |