(1) The unifying theme of my research is theorem proving. I have been working on:
- Correctness of qualitative spatio-temporal reasoning
- Correctness of origami geometric constructions
Proofs of correctness is based on algebraic methods (e.g. Groebner Basis, CAD) and interactive theorem proving (i.e. proof assistant Isabelle/HOL).
(2) I am also interested in developing origami-based educational projects. Origami ought to play a role in classes of mathematics and computer science. Origami is a creative activity of geometry and designing an origami construction is a form of problem solving.
Tools & libraries
- Computational origami system Eos (package and tutorial)
- Formalization of Allen's calculus (Isabelle/HOL theory file)
- Computer science
- Theorem proving. Ochanomizu University, Tokyo. Autumn-Winter 2016-2017, Autumn-Winter 2017-2018 and Autumn-Winter 2018-2019 (course webpage)
- Model checking, SQL language . University of Carthage, Tunisia. Autumn-Winter 2012-2013
- Computational origami
- Science reading, summer 2017, spring 2018
- Science writing, winter 2017, autumn 2018
- F. Ghourabi and K. Takahashi. What does the qualitative spatial knowledge tell about the origami geometric folds? LNAI 11110, pp. 139-154, 2018.
- F. Ghourabi and K. Takahashi. A Proof of the Compositions of Time Interval Relations. CoRR abs/1804.01637, 2018.
- F. Ghourabi. Toward non-flat geometrical origami folds Eos system. In: Proceedings of the 19th International Symposium on Symbolic and numeric Algorithms for Scientific Computing (SYNASC 2017), pages 75-79, 2018.
Contact: ghourabi "dot" fadoua "at" ocha "dot" ac "dot" jp | fadouaghourabi "at" gmail "dot" com