We study the relationships between a number of behavioural notions that have arisen in the theory of distributed computing. In order to sharpen the understanding of these relationships we apply the chosen behavioural notions to a basic net-theoretic model of distributed systems called elementary net systems. The behavioural notions that are considered here are trace languages, non-sequential processes, unfoldings and event structures.The relationships between these notions are brought out in the process of establishing that for each elementary net system, the trace language representation of its behaviour agrees in a strong way with the event structure representation of its behaviour
AbstractEvent structures are a poset-based model for describing the behaviour of distributed systems...
The design of concurrent software systems, in particular process-aware information systems, involves...
Abstract. The design of concurrent software systems, in particular process-aware information systems...
We study the relationships between a number of behavioural notions that have arisen in the theory of...
Net theory was initiated by C.A. Petri in the early 60's. We shall first convey the basic concerns ...
Two ways of describing the behaviour of concurrent systems have widely been suggested: arbitrary int...
A subclass of transition systems called elementary transition systems can be identified with the hel...
A distributed computer system consists of different processes or agents that function largely autono...
This paper offers three candidates for a deterministic, noninterleaving, behaviour model which gener...
Among the various methods for the modeling of distributed systems that currently are available, the ...
AbstractA subclass of transition systems called elementary transition systems can be identified with...
AbstractTwo ways of describing the behaviour of concurrent systems have widely been suggested: arbit...
We define an algebraic language for networks of synchronously communicating processes. A node in the...
The aim of this paper is to present an introduction to the theory of Petri nets. The subject matter ...
Event structures are a poset-based model for describing the behaviour of distributed systems. They g...
AbstractEvent structures are a poset-based model for describing the behaviour of distributed systems...
The design of concurrent software systems, in particular process-aware information systems, involves...
Abstract. The design of concurrent software systems, in particular process-aware information systems...
We study the relationships between a number of behavioural notions that have arisen in the theory of...
Net theory was initiated by C.A. Petri in the early 60's. We shall first convey the basic concerns ...
Two ways of describing the behaviour of concurrent systems have widely been suggested: arbitrary int...
A subclass of transition systems called elementary transition systems can be identified with the hel...
A distributed computer system consists of different processes or agents that function largely autono...
This paper offers three candidates for a deterministic, noninterleaving, behaviour model which gener...
Among the various methods for the modeling of distributed systems that currently are available, the ...
AbstractA subclass of transition systems called elementary transition systems can be identified with...
AbstractTwo ways of describing the behaviour of concurrent systems have widely been suggested: arbit...
We define an algebraic language for networks of synchronously communicating processes. A node in the...
The aim of this paper is to present an introduction to the theory of Petri nets. The subject matter ...
Event structures are a poset-based model for describing the behaviour of distributed systems. They g...
AbstractEvent structures are a poset-based model for describing the behaviour of distributed systems...
The design of concurrent software systems, in particular process-aware information systems, involves...
Abstract. The design of concurrent software systems, in particular process-aware information systems...