In this paper sets of labelled partial orders are employed as fundamental mathematical entities for modelling nondeterministic and concurrent pro-cesses thereby obtaining so-called noninterleaving semantics. Based on clo-sures of sets of labelled partial orders, a simple recursive algebraic language with renement is given denotational models fully abstract w.r.t. correspond-ing behaviourally motivated equivalences.
We develop a 2-categorical theory for recursively defined domains. In particular, we generalise the ...
Concurrent games as event structures form a partial order model of concurrency where concurrent beha...
AbstractA simple domain theory for concurrency is presented. Based on a categorical model of linear ...
A methodology is introduced for defining truly concurrent semantics of processes as equivalence clas...
Our interest is in models of concurrency, and their theoretical axiomatisation and analysis. We buil...
AbstractAn applicative language is introduced for representing concurrent programs and communicating...
In concurrency, processes can be studied using a partial order or an interleaving semantics. In part...
The aim of this paper is to examine some basic topics of true concurrency from the viewpoint of prog...
AbstractThis paper investigates full abstraction of denotational model w.r.t. operational ones for t...
In concurrency theory—the branch of (theoretical) computer science that studies the logical and math...
Most games for analysing concurrent systems are played on interleaving models, such as graphs or inf...
79 pagesParallelism and concurrency are fundamental concepts in computer science. Specif...
A framework allowing a unified and rigorous definition of the semantics of concurrency is proposed. ...
This paper offers three candidates for a deterministic, noninterleaving, behaviour model which gener...
textabstractWe study the semantics of a simple language with concurrency and recursion. Our semantic...
We develop a 2-categorical theory for recursively defined domains. In particular, we generalise the ...
Concurrent games as event structures form a partial order model of concurrency where concurrent beha...
AbstractA simple domain theory for concurrency is presented. Based on a categorical model of linear ...
A methodology is introduced for defining truly concurrent semantics of processes as equivalence clas...
Our interest is in models of concurrency, and their theoretical axiomatisation and analysis. We buil...
AbstractAn applicative language is introduced for representing concurrent programs and communicating...
In concurrency, processes can be studied using a partial order or an interleaving semantics. In part...
The aim of this paper is to examine some basic topics of true concurrency from the viewpoint of prog...
AbstractThis paper investigates full abstraction of denotational model w.r.t. operational ones for t...
In concurrency theory—the branch of (theoretical) computer science that studies the logical and math...
Most games for analysing concurrent systems are played on interleaving models, such as graphs or inf...
79 pagesParallelism and concurrency are fundamental concepts in computer science. Specif...
A framework allowing a unified and rigorous definition of the semantics of concurrency is proposed. ...
This paper offers three candidates for a deterministic, noninterleaving, behaviour model which gener...
textabstractWe study the semantics of a simple language with concurrency and recursion. Our semantic...
We develop a 2-categorical theory for recursively defined domains. In particular, we generalise the ...
Concurrent games as event structures form a partial order model of concurrency where concurrent beha...
AbstractA simple domain theory for concurrency is presented. Based on a categorical model of linear ...