Supervised bachelor projects

Ongoing bachelor projects

  1. Designing freeform optics for multiple source illumination with AI (Lucas Crijns, supervisor together with Aurele Adam)
  2. Tools for finite key analysis in QKD (Juliette van Mil, co-supervisor together with David Elkouss Coronas and Joshua Slater)

Finished bachelor projects

  1. Using a physics-informed neural network to solve the ideal magnetohydrodynamic equations (Jort Bouma, supervisor together with Deepesh Toshniwal and Anton Akhmerov, Thesis, finished August 2020 at TU Delft)
  2. Time integration parallel in time (Ariena Budko, supervision together with Kees Lemmens, Thesis, finished August 2020 at TU Delft)
  3. Het ontbinden van een matrix m.b.v. een getraind neuraal netwerk (Susan Veldkamp, Thesis, finished July 2020 at TU Delft)
  4. The Quantum Approximate Optimization Algorithm: Performance on Max-Cut using Heuristic Parameter determination (Joost Bus, supervisor together with Carmina Almudever from QuTech, Thesis, finished July 2020 at TU Delft)
  5. Practical Implementation of a Quantum Algorithm for the Solution of Systems of Linear Systems of Equations (Otmar Ubbens, supervisor together with Carmina Almudever from QuTech, Thesis, finished September 2019 at TU Delft)
  6. Posits als vervanging van floating-points: Een vergelijking van Unum Type III Posits met IEEE 754 Floating Points met Mathematica en Python (Stan van der Linde, Thesis, finished September 2019 at TU Delft)
  7. Designing a Quantum Algorithm for Real-Valued Addition Using Posit Arithmetic (Tim Driebergen, Thesis, finished August 2019 at TU Delft)
  8. Quantum-accelerated numerical linear algebra (Rutger Nugteren, start February 2018)
  9. Implementation and Analysis of an Algorithm on Positive Integer Addition for Quantum Computing (Menno Looman, Thesis, finished August 2018 at TU Delft)
  10. Quantum algorithms and their implementation on quantum computer simulators (Mike van der Lans, supervisor together with Carmina Almudever from QuTech, Thesis finished June 2018 at TU Delft)
  11. The effect of rational heat transfer on the behavior of surge vessels (Merel Toussaint, co-supervisor, Thesis finished January 2015 at TU Delft)
  12. Mathematische Modellierung und Untersuchung des Bewegungsverhaltens eines Stehaufkreisels (Sophia Bremm, supervisor, finished April 2014 at TU Dortmund)
  13. Numerische Verfahren für die kompressiblen Eulergleichungen mit Anwendung (Christoph Lohmann, supervisor, Thesis finished January 2014 at TU Dortmund)
  14. Line Integral Convolution - Texturbasierte Strömungsvisualisierung (Florian Imorde, supervisor, finished December 2013 at TU Dortmund)
  15. Numerische Behandlung der Konvektions-Diffusionsgleichung mittels ALE Finite Elemente Methode (Jens Köhler, supervisor, finished November 2013 at TU Dortmund)
  16. Numerischer Vergleich nichtlinearer und linearer Mehrgitterverfahren zum Lösen von partiellen Differentialgleichungen (Mirco Altenbernd, supervisor, Thesis finished September 2013 at TU Dortmund)
  17. PDE-basierte Bildverbesserungsalgorithmen: Konstruktion und numerischer Vergleich verschiedener Diffusionsoperatoren (Malte Schirwon, supervisor, finished September 2013 at TU Dortmund)
  18. Numerische Analyse von Runge-Kutta Verfahren im Kontext von FEM Ortsdiskretisierungen am Beispiel der Konvektions-Diffusions-Gleichung (Ramona Sasse, supervisor, Thesis finished Juli 2013 at TU Dortmund)
  19. Einfluss verschiedener Färbungsstrategien auf parallele numerische Algorithmen (Matthias Cebulla, co-supervisor, Thesis finished December 2012 at TU Dortmund)