Vcsn is a platform dedicated to the computation of, and with, finite state machines. It provides an efficient C++ library, a Python interface, and a graphical user interface on top of IPython. Here finite state machines is to be understood in the broadest possible sense: finite automata with multiple tapes — often called transducers then — or even more generally finite automata with multiplicity, that is, automata that not only accept sequences of symbols but compute for such sequence a ”value” that is associated with it and which can be taken in any semiring. Indeed, our framework is the set of automata with multiplicity over any semiring: a general algorithm is written just once and can be instantiated to any particular kind of automaton. As a result, we obtain efficient code from algorithms written in an abstract way. Vcsn benefits from the expertise the LRDE gained from our intensive work on high performance generic programming for Olena. On the other hand, its theoretical well-foundedness was ensured by Jacques Sakarovitch, at Télécom ParisTech, and with Sylvain Lombardy at the Laboratoire Bordelais de Recherche en Informatique.
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References in zbMATH (referenced in 1 article )
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- Heuberger, Clemens; Krenn, Daniel; Kropf, Sara: Automata in SageMath -- combinatorics meet theoretical computer science (2016)