We investigate the set of basic parallel processes, recursively defined by action prefix, interleaving, 0 and 1. Different from literature, we use the constants 0 and 1 standing for unsuccessful and successful termination in order to stay closer to the analogies in automata theory. We prove that any basic parallel process is rooted branching bisimulation equivalent to a regular process communicating with a bag (also called a parallel pushdown automaton) and therefore we can regard the bag as the prototypical basic parallel process. This result is closely related to the fact that any context-free process is either rooted branching bisimulation equivalent or contrasimulation equivalent to a regular process communicating with a stack, a result...
International audienceWe investigate the common interpretation of parallel processes as computation ...
AbstractIn this paper, we consider various classes of (infinite-state) automata generated by simple ...
The Turing machine models an old-fashioned computer, that does not interact with the user or with ot...
We investigate the set of basic parallel processes, recursively defined by action prefix, interleavi...
AbstractWe investigate the set of basic parallel processes, recursively defined by action prefix, in...
A well-known theorem in automata theory states that every context-free language is accepted by a pus...
A classical theorem states that the set of languages given by a pushdown automaton coincides with th...
A classical theorem states that the set of languages given by a pushdown automaton coincides with th...
A classical theorem states that the set of languages given by a pushdown automaton coincides with th...
The theory of automata and formal language was devised in the 1930s to provide models for and to rea...
The Turing machine models an old-fashioned computer, that does not interact with the user or with ot...
. Recent results show that strong bisimilarity is decidable for the class of Basic Parallel Processe...
AbstractWe prove that bisimulation equivalence is decidable for normed pushdown processes
. This paper extends automata-theoretic techniques to unbounded parallel behaviour, as seen for inst...
Abstract: Visibly pushdown languages are a subclass of context-free languages that is closed under a...
International audienceWe investigate the common interpretation of parallel processes as computation ...
AbstractIn this paper, we consider various classes of (infinite-state) automata generated by simple ...
The Turing machine models an old-fashioned computer, that does not interact with the user or with ot...
We investigate the set of basic parallel processes, recursively defined by action prefix, interleavi...
AbstractWe investigate the set of basic parallel processes, recursively defined by action prefix, in...
A well-known theorem in automata theory states that every context-free language is accepted by a pus...
A classical theorem states that the set of languages given by a pushdown automaton coincides with th...
A classical theorem states that the set of languages given by a pushdown automaton coincides with th...
A classical theorem states that the set of languages given by a pushdown automaton coincides with th...
The theory of automata and formal language was devised in the 1930s to provide models for and to rea...
The Turing machine models an old-fashioned computer, that does not interact with the user or with ot...
. Recent results show that strong bisimilarity is decidable for the class of Basic Parallel Processe...
AbstractWe prove that bisimulation equivalence is decidable for normed pushdown processes
. This paper extends automata-theoretic techniques to unbounded parallel behaviour, as seen for inst...
Abstract: Visibly pushdown languages are a subclass of context-free languages that is closed under a...
International audienceWe investigate the common interpretation of parallel processes as computation ...
AbstractIn this paper, we consider various classes of (infinite-state) automata generated by simple ...
The Turing machine models an old-fashioned computer, that does not interact with the user or with ot...