AbstractWe propose a model of non-sequential processes and study its properties. The model is called D-continuous causal nets (CCN's) and is based on a class of Petri nets. A causal net is essentially a partially ordered set of conditions and events which represents a fragment of the history of a concurrent system. D-continuity is a generalization of Dedekind's definition of the continuity (completeness) of the reals which is applicable to both totally and partially ordered sets as also to both dense and discrete structures. We develop a number of properties of our model and discuss why these might be useful properties for a non-sequential process to have
International audienceThis paper presents a generalization of causal consistency suited to the famil...
. The problem of finding a true concurrent semantics for contextual P/T nets has not been deeply stu...
Causal trees are one of the earliest pioneering contributions of Pierpaolo Degano, in joint work wit...
AbstractWe propose a model of non-sequential processes and study its properties. The model is called...
We propose a model of non-sequential processes and study its properties. The model is called D-conti...
The idea of representing non-sequential processes as partially ordered sets (occurrence nets) is app...
This paper presents some results on non-sequential processes using the language of net theory. The ...
AbstractThe general aim of this paper is to find a theory of concurrency combining the approaches of...
The semantics of concurrent processes can be defined in terms of partially ordered sets. Occurrence ...
Two ways of describing the behaviour of concurrent systems have widely been suggested: arbitrary int...
. This paper is concerned with defining causal (non sequential) behavior of Petri nets via occurrenc...
It is well known from [2, 3] that in general processes in Petri nets are not recoverable from firing...
A methodology is introduced for defining truly concurrent semantics of processes as equivalence clas...
To date, many different formalisms exist for describing and analyzing the behavior of concurrent sys...
AbstractThe aim of this paper is to present a unifying concept for Petri nets with restricted occurr...
International audienceThis paper presents a generalization of causal consistency suited to the famil...
. The problem of finding a true concurrent semantics for contextual P/T nets has not been deeply stu...
Causal trees are one of the earliest pioneering contributions of Pierpaolo Degano, in joint work wit...
AbstractWe propose a model of non-sequential processes and study its properties. The model is called...
We propose a model of non-sequential processes and study its properties. The model is called D-conti...
The idea of representing non-sequential processes as partially ordered sets (occurrence nets) is app...
This paper presents some results on non-sequential processes using the language of net theory. The ...
AbstractThe general aim of this paper is to find a theory of concurrency combining the approaches of...
The semantics of concurrent processes can be defined in terms of partially ordered sets. Occurrence ...
Two ways of describing the behaviour of concurrent systems have widely been suggested: arbitrary int...
. This paper is concerned with defining causal (non sequential) behavior of Petri nets via occurrenc...
It is well known from [2, 3] that in general processes in Petri nets are not recoverable from firing...
A methodology is introduced for defining truly concurrent semantics of processes as equivalence clas...
To date, many different formalisms exist for describing and analyzing the behavior of concurrent sys...
AbstractThe aim of this paper is to present a unifying concept for Petri nets with restricted occurr...
International audienceThis paper presents a generalization of causal consistency suited to the famil...
. The problem of finding a true concurrent semantics for contextual P/T nets has not been deeply stu...
Causal trees are one of the earliest pioneering contributions of Pierpaolo Degano, in joint work wit...