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Table of contents

Teaching

List of Courses

Teaching (Independent)

List of courses where I was independently responsible for the scope of the course, developing the course material, and conducting the lecture/exercises (German: Lehrauftrag). For these courses, more information is provided, e.g., slides, projects, etc. This information is in German, as the courses are all taught in German.

2024 (summer term)

2023 (summer term)

2022/23 (winter term)

2022 (summer term)

2021/22 (winter term)

2020/21 (winter term)

Teaching (Assisting)

List of courses where I supported the lecture by giving exercises, creating exercises, supervising students in seminars, etc.

2020 (summer term)

  • Introduction to Theoretical Computer Science (Exercises, Help Desk, Bachelor)
    Below, you can find videos I created for this course:

2019 (summer term)

  • Advanced Data Structures (Seminar, Master)
  • Parallel Algorithms (Proseminar, Bachelor)

2018/19 (winter term)

  • SACABench (Project Group 616, Master)

2018 (summer term)

  • SACABench (Project Group 616, Master)
  • Advanced Data Structures (Seminar, Master)

2017 (summer term)

  • Advanced Data Structures (Seminar, Master)

2015/16 (winter term)

  • SciencePlag (Project Group 558, Master)
  • Geometric Algorithms (Proseminar, Bachelor)

2015 (summer term)

  • SciencePlag (Project Group 558, Master)

2014/15 (winter term)

  • Mathematics for Computer Science 1 (Exercises, Bachelor)
  • String Algorithms (Proseminar, Bachelor)

2014 (summer term)

  • Mathematics for Computer Science 2 (Exercises, Bachelor)

Theses

I supervised the following students. Supervision includes a weekly meeting where students have time to ask questions, discuss ideas, and present preliminary results. If you are interested in writing a thesis, you can find a list of possible topics below.

Possible Topics for Theses

Supervised Master’s Theses

Karlsruhe Institute of Technology

  • Dominik Bez: Perfect Hash Function Generation on the GPU with RecSplit
  • Daniel Meyer: Engineering Block Tree Construction
  • Dominik Bez: Perfect Hash Function Generation on the GPU
  • Marcel Hollerbach: Parallele and Vectorized Wavelet Tree Construction (pdf and topic)

TU Dortmund

  • Alexander Herlez: Distributed Text Indexing with Batched Queries
  • Johannes Neumann: Implementierung und Optimierung von Y-Fast-Tries
  • Sven Brümmer: Practical Parallel Max-Cut Algorithms
  • Jonas Ellert: Efficient Computation of Nearest Smaller Suffixes
  • Christopher Osthues: LCEs mit Recompression
  • Patrick Dinklage: Verteilte parallele Konstruktion von Wavelet-Trees
  • Uwe Jentsch: Suffixsortierung mit integrierter LCP-Berechnung

Supervised Bachelor’s Theses

TU Dortmund

  • Mathieu Herkersdorf: Parallele Konstruktion von Rank- und Select-Datenstrukturen im Shared Memory
  • Alexander Herlez: Implementierung und Auswertung einer Datenstruktur für LCEs
  • Tim Schonscheck: Textkompression mithilfe eines sparse Suffix Arrays
  • Lucas Weiße: Aufbau eines Clusters mithilfe von Raspberry Pis
  • Jan Laumeyer: Effiziente Beantwortung von PSV-Anfragen
  • Jan Henrik Wienbrack: Verteilte Textkompression mit Hilfe des LCP-Arrays
  • Benedikt Oesing: Effiziente Erstellung von Waveletmatrizen
  • Patrick Nowak: Praktische Evaluation einer LZ77-Approximation
  • Maximilian Schwarzbach: Visuelle Programmierung - Der Versuch einer Begriffsdefinition