AbstractIn Part I of this paper a theoretical framework has been developed for studying certain aspects of branching and looping in discrete processes. The present paper uses the formalism from Part I, based on the concept of finite branching automaton, to a detailed analysis of looping. In particular, two types of loops are distinguished in branching automata (the idle and the productive loops) and their occurrence is related to certain properties of families of languages associated with these automata
In this work we develop an automata framework for partial order structures with branching, for which...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
AbstractIn Part I of this paper a theoretical framework has been developed for studying certain aspe...
AbstractThe phenomena of branching and looping in descrete processes are abstractly represented by p...
The theory of automata and formal language was devised in the 1930s to provide models for and to rea...
AbstractWe survey three applications that use finite automata to specify behaviors of concurrent pro...
This manuscript is a revised version of the PhD Thesis I wrote under the supervision of Prof. Angelo...
Propositional dynamic logic is a formal system for reasoning about the before—after behavior of regu...
International audienceWe study finite automata running over infinite binary trees. A run of such an ...
This thesis studies planning problems whose solution plans are program-like structures that contain ...
In this paper, we will look at DNA computing, in particular at different ways that branching can be ...
While different algebraic structures have been proposed for the treatment of concurrency, finding so...
Abstract. We investigate the descriptive succinctness of three fundamental notions for modeling conc...
International audienceWe consider various kinds of deterministic tree-walking automata, with and wit...
In this work we develop an automata framework for partial order structures with branching, for which...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
AbstractIn Part I of this paper a theoretical framework has been developed for studying certain aspe...
AbstractThe phenomena of branching and looping in descrete processes are abstractly represented by p...
The theory of automata and formal language was devised in the 1930s to provide models for and to rea...
AbstractWe survey three applications that use finite automata to specify behaviors of concurrent pro...
This manuscript is a revised version of the PhD Thesis I wrote under the supervision of Prof. Angelo...
Propositional dynamic logic is a formal system for reasoning about the before—after behavior of regu...
International audienceWe study finite automata running over infinite binary trees. A run of such an ...
This thesis studies planning problems whose solution plans are program-like structures that contain ...
In this paper, we will look at DNA computing, in particular at different ways that branching can be ...
While different algebraic structures have been proposed for the treatment of concurrency, finding so...
Abstract. We investigate the descriptive succinctness of three fundamental notions for modeling conc...
International audienceWe consider various kinds of deterministic tree-walking automata, with and wit...
In this work we develop an automata framework for partial order structures with branching, for which...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...