We propose a model of events with circular causality, in the form of a conservative extension of Winskel's event structures. We study the relations between this new kind of event structures and Propositional Contract Logic. Provable atoms in the logic correspond to reachable events in our event structures. Furthermore, we show a correspondence between the configurations of this new brand of event structures and the proofs in a fragment of Propositional Contract Logic
In 1959, Muller and Bartky published a celebrated paper on "A Theory of Asynchronous Circuits&q...
Abstract. We propose a generalisation of Winskel’s event structures, matching the expressive power o...
We give a precise picture of the computational complexity of causal relationships in Pearl's structu...
We propose a model of events with circular causality, in the form of a conservative extension of Win...
We introduce a basic model for contracts. Our model extends event structures with a new relation, wh...
Causality is often interpreted as establishing dependencies between events. The standard view is tha...
AbstractWe develop a tense logic for reasoning about the occurrences of events in a subclass of prim...
We develop a tense logic for reasoning about the occurrences of events in a subclass of prime event ...
AbstractEvent structures have come to play an important role in the formal study of the behaviour of...
Event structure models often have some constraint which ensures that for each system run it is clear...
Event structures are one of the best known models for concurrency. Many variants of the basic model ...
We present a categorical construction for modelling causal structures within a general class of proc...
We consider a class of Kripke Structures in which the atomic propositions are events. This enables u...
Event Structures (ESs) address the representation of direct relationshipsbetween individual events, ...
AbstractWe give a precise picture of the computational complexity of causal relationships in Pearl's...
In 1959, Muller and Bartky published a celebrated paper on "A Theory of Asynchronous Circuits&q...
Abstract. We propose a generalisation of Winskel’s event structures, matching the expressive power o...
We give a precise picture of the computational complexity of causal relationships in Pearl's structu...
We propose a model of events with circular causality, in the form of a conservative extension of Win...
We introduce a basic model for contracts. Our model extends event structures with a new relation, wh...
Causality is often interpreted as establishing dependencies between events. The standard view is tha...
AbstractWe develop a tense logic for reasoning about the occurrences of events in a subclass of prim...
We develop a tense logic for reasoning about the occurrences of events in a subclass of prime event ...
AbstractEvent structures have come to play an important role in the formal study of the behaviour of...
Event structure models often have some constraint which ensures that for each system run it is clear...
Event structures are one of the best known models for concurrency. Many variants of the basic model ...
We present a categorical construction for modelling causal structures within a general class of proc...
We consider a class of Kripke Structures in which the atomic propositions are events. This enables u...
Event Structures (ESs) address the representation of direct relationshipsbetween individual events, ...
AbstractWe give a precise picture of the computational complexity of causal relationships in Pearl's...
In 1959, Muller and Bartky published a celebrated paper on "A Theory of Asynchronous Circuits&q...
Abstract. We propose a generalisation of Winskel’s event structures, matching the expressive power o...
We give a precise picture of the computational complexity of causal relationships in Pearl's structu...