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
An early result of Goguen describes the fundamental adjunction between categories of deterministic a...
An expression branching time logic is introduced. Its power allows us to describe the local structur...
Input/output automata are a widely used formalism for the specification and verification of concurre...
AbstractThe phenomena of branching and looping in descrete processes are abstractly represented by p...
AbstractIn Part I of this paper a theoretical framework has been developed for studying certain aspe...
The theory of automata and formal language was devised in the 1930s to provide models for and to rea...
In this work we develop an automata framework for partial order structures with branching, for which...
Abstract. In this work, a general summary concerning the main contributions achieved by our research...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
We propose a new model of restricted branching programs which we call incremental branching programs...
In this paper, we will look at DNA computing, in particular at different ways that branching can be ...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
AbstractAsynchronous programming is a paradigm that supports asynchronous function calls in addition...
This paper studies the interaction of prefix iteration ¯ x with the silent step ø in the setting ...
This work deals with automata systems. We define parallel automata systems and parallel communicatin...
An early result of Goguen describes the fundamental adjunction between categories of deterministic a...
An expression branching time logic is introduced. Its power allows us to describe the local structur...
Input/output automata are a widely used formalism for the specification and verification of concurre...
AbstractThe phenomena of branching and looping in descrete processes are abstractly represented by p...
AbstractIn Part I of this paper a theoretical framework has been developed for studying certain aspe...
The theory of automata and formal language was devised in the 1930s to provide models for and to rea...
In this work we develop an automata framework for partial order structures with branching, for which...
Abstract. In this work, a general summary concerning the main contributions achieved by our research...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
We propose a new model of restricted branching programs which we call incremental branching programs...
In this paper, we will look at DNA computing, in particular at different ways that branching can be ...
We study languages of nested trees—structures obtained by augmenting trees with sets of nested jump-...
AbstractAsynchronous programming is a paradigm that supports asynchronous function calls in addition...
This paper studies the interaction of prefix iteration ¯ x with the silent step ø in the setting ...
This work deals with automata systems. We define parallel automata systems and parallel communicatin...
An early result of Goguen describes the fundamental adjunction between categories of deterministic a...
An expression branching time logic is introduced. Its power allows us to describe the local structur...
Input/output automata are a widely used formalism for the specification and verification of concurre...