(2017) n-Complete Test Suites for IOCO - Petra van den Bos, Ramon Janssen and Joshua Moerman. ICTSS 2017. [ Abstract ]
(2017) Learning Product Automata - Joshua Moerman. LearnAut 2017 - Poster presentation. [ Abstract ]
(2017) Learning Nominal Automata - Joshua Moerman, Matteo Sammartino, Alexandra Silva, Bartek Klin and Michał Szynwelski. POPL 2017. [ Abstract ]
(2016) Complementing Model Learning with Mutation-Based Fuzzing - Rick Smetsers, Joshua Moerman, Mark Janssen and Sicco Verwer. arXiv. [ Abstract ]
(2016) Minimal Separating Sequences for All Pairs of States - Rick Smetsers, Joshua Moerman and David N. Jansen. LATA 2016. [ Abstract ]
(2015) Applying Automata Learning in Embedded Control Software - Wouter Smeenk, Joshua Moerman, Frits Vaandrager and David N. Jansen. Presented at ICFEM 2015. [ Abstract ]
- 2017 December, UnRAVel Seminar. Ordered Nominal Sets and Automata
- 2017 January, S^3 (software science seminar). Learning Nominal Automata
- 2016 November, #RU College. Leren om te verifiëren [ Youtube ]
- 2016 November, IPA Fall Days. Learning to verify
- 2016 May, Brouwer Seminar. Succinct Nominal automata?
- 2016 April, UCL Yak. Automata over the random graph
- 2015 November, ICFEM. Applying Automata Learning in Embedded Control Software
- 2015 October, NL Testing day. Applying Automata Learning to Embedded Control Software
- 2015 June, MBSD seminar. The zoo of FSM-based test methods
In addition to talks related to my research, I've also given some lectures for bachelor or master courses. See my CV for my teaching experience.
If you would like to have slides from any of my talks, feel free to send me a message. (I will try to gradually add them to my website.)
I sometimes write some notes for friends and colleagues. These are typically hard to read without context, will not include the necessary references and will include errors. But maybe they are still useful for some people...
- PP is not a monad?! [ PDF ]
My master thesis was on Rational Homotopy Theory, supervised by Ieke Moerdijk. Rational homotopy theory is concerned with algebraic invariants of topological spaces. Invariants such as homotopy groups are notoriously hard to compute, but very useful in mathematics. To simplify things, we can rationalise them (that is, using rational numbers instead of integers). This way, the invariants are easier to compute. [ PDF ] [ Github ]
My bachelor thesis was on the Dold-Kan Correspondence, supervised by Moritz Groth. The Dold-Kan correspondence is an equivalence between categories: on one hand there is the topological category of simplicial abelian groups and on the other hand there is the more algebraic category of chain complexes. This is a key result in algebraic topology, especially homology. [ PDF ] [ Presentation ] [ Github ]