Lehrstuhl für Organic Computing

  1. University
  2. Faculties
  3. Faculty of Applied Computer Science
  4. Institute of Computer Science
  5. Chairs and Professors
  6. Organic Computing Group
  7. Courses and Teaching
  8. Thesis Topics

Thesis Topics

We have a supply of interesting research questions that can be investigated in the scope of a Bachelor's or Master's thesis; the same goes for other research modules. In the following we list some of our areas of research or topics that are suitable to be explored by students' work. If you are an interested student we gladly present available topics more in-depth to you. Please also check the German version of this page, as topics are not automatically linked but are in almost all cases available in both German and English. Besides that, there is also the possibility of coming to us with research ideas of your own. This might be totally different topics as well as topics that fit individual researchers foci or current research agenda but are not explicitly listed here.

 

If one of the proposed topics caught your mind, don't hesitate to approach the person assigned to it. If you are undecided, are interested in Organic Computing in general or have an idea of your own, please get in touch with Prof. Dr. Hähner directly.

Selbst-lernende OC-Systeme

  • Ausschreibung zum Thema "Selbst-lernende OC Systeme"

Learning Classifier Systems

  • Approaches to fix overgeneralization in strength-based LCS (Master's thesis, contact: David Pätzel)
  • Lambda calculus–based Genetic Programming with implementation in Haskell (Master’s or possibly Bachelor’s thesis, contact: David Pätzel)

  • Hyperparameter-free Genetic Algorithms in evolutionary Machine Learning / Pittsburgh LCS (Master’s thesis, contact: Michael Heider)

  • Matching in evolutionary Machine Learning / Pittsburgh LCS (Bachelor’s or Master’s thesis, contact: Michael Heider)

  • Local Models in evolutionary Machine Learning / Pittsburgh LCS for function approximation (Bachelor’s oder Master’s thesis, contact: Michael Heider)

Metaheuristics

  • Extension and comparison of metaheuristics (Bachelor’s or Master’s thesis, contact: Helena Stegherr)
  • Nature-inspired algorithms for dynamic optimisation problems (Bachelor’s or Master’s thesis, contact: Helena Stegherr)
  • Evolutionary art: generating images with evolutionary algorithms (Bachelor’s or Master’s thesis, contact: Helena Stegherr)

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