SAMSA Workshop
Workshop on Series, Automata, Matrices, Symbolic dynamics, and their Applications
Aim:
The aim of SAMSA is to bring together researchers working on weighted automata, matrix reachability, noncommutative power series and symbolic dynamics in order to identify common open problems and ways to attack them by techniques across the mentioned areas. The plan is to discuss recent results, emerging research directions, promising applications, open problems and stimulate cooperation among researchers working in these fields.
Topics:
Topics of interest include (but are not limited to):
- weighted automata,
- matrix reachability,
- semigroups,
- noncommutative power series,
- symbolic dynamics,
- linear recurrence sequences.
Program
Full details of the programme will follow.
The programme will consist of invited talks, tutorials, short contributed talks from participants and an open problem discussion.
Invited Speakers:
- Dominique Perrin, Universite Paris Est
Title: TBD - Raphaël Jungers, UCLouvain
Title: TBD - Lorenzo Clemente, Warsaw
Title: TBD - Edon Kelmendi, Queen Mary, University of London
Title: TBD - Paul Bell, Keele
Title: TBD
Participant talks:
We encourage contributed talks which do not fit in the format of more formal conferences, such as:
- Reports on failed attempts
- Presentations of old results that did not receive enough attention
- Open-ended potential research directions
- Unexpected connections between different areas
- Open problems and possible lines of attack
Indicative Schedule
Organisation
SAMSA Workshop: Series, Automata, Matrices, Symbolic dynamics, and their Applications is organised by:
Contact:
Click to email all three organisers.Location:
The SAMSA workshop takes place in person at the Faculties of Modern Languages (Wydział Neofilologii) Address: 55 Dobra street at the University of Warsaw, Poland.
Attending:
If you are interested in attending in the Workshop, please contact the organisers (please include all three).
Financial support:
Supported by IDUB Thematic Research Programmes (POB III), Faculty of Mathematics, Informatics and Mechanics, University of Warsaw.