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I am a Ph.D. student working in the Laboratoire d’Informatique de Franche-Comté (LIFC), (now Département d’Informatique et de Systèmes Complexes (DISC), part of FEMTO-ST) as a member of its VESONTIO research team. I am also a member of the INRIA-CASSIS team.
My Ph.D. is co-financed by the Institut National de Recherche en Informatique et Automatique (INRIA) and the Direction Générale de l’Armement (DGA).
Thesis title: Approximations and Constraints: Application to the Verification of Embedded Systems.
My Curriculum Vitæ can be found here. It includes a list of publications, which is quite probably less up-to-date than the one on this page.
NOTE: two versions of this page exist:
This section keeps track of my teaching activities. Whenever relevant, the title of each module (ie. subject matter) links to its Moodle homepage, while the year links to the homepage of the whole class. Ratios of the form (n/N) indicate that the class was partitioned in N groups, n of which were assigned to me. The mention resp. indicates that I was responsible for the teaching material and exams.
Logics and Deduction (Licence, year 2, semester 1)Lab classes (2/2), resp.: Introduction to functional programming with OCaml, and application to the manipulation of propositional formulæ
Semester project (Licence, year 3, semester 2)Thesis title: Approximations and Constraints: Application to the Verification of Embedded Systems.
My goal is to develop efficient techniques of automatic verification, primarily based on various strains of tree automata. In particular, I have worked with TAGED (Tree Automata with Global Equality and Disequality constraints) and TWA (Tree Walking Automata).
This section is intended to keep track of my papers and given talks. PDF versions of the papers and the related slides are provided for download whenever possible.
From Linear Temporal Logic Properties to Rewrite Propositions
On Positive TAGED with a Bounded Number of Constraints
Loops and Overloops for Tree Walking Automata
SAT Solvers for Queries over Tree Automata with Constraints
Random Generation of Positive TAGEDs wrt. the Emptiness Problem
Algorithms for Tree Automata with ConstraintsThis section keeps track of other events I have attended and talks I have given for work-related reasons, but which do not fit in any specific category.
I have written a number of small programs in my spare time. Here are links to some of those which may be of interest to someone else in an academic context. All links point to topics dedicated to those programs on my personal forum, or to the program’s documentation if it is hosted elsewhere.
Other items of potential interest — that are not programs written by me.
This document was translated from LATEX by HEVEA.