AbstractA simple programming language for the description of networks of loosely coupled, communicating, nondeterministic agents is introduced. Two possible graphical interpretations are discussed: finite cyclic and infinite acyclic, tree-like graphs. Operational semantics for such graphs is defined by computation sequences. The merge anomaly is described, analysed and explained. Two fixed-point semantics are defined in a denotational style, one that avoids the merge anomaly, and another one that includes the merge anomaly, and they are proved to be consistent with the resp. operational definitions. Both definitions are compared and analysed
We specify the black box behavior of dataflow components by characterizing the relation between the ...
We define an algebraic language for networks of synchronously communicating processes. A node in the...
In this paper we investigate generalizations of Kahn's principle to nondeterministic dataflow networ...
AbstractA simple programming language for the description of networks of loosely coupled, communicat...
A fixed point semantics for nondeterministic data flow is introduced which refines and extends work ...
AbstractA fixed point semantics for nondeterministic data flow is introduced which refines and exten...
Criteria for adequacy of a data flow semantics are discussed and Kahn's successful semantics for fun...
AbstractAn applicative language is introduced for representing concurrent programs and communicating...
This thesis establishes that there are different kinds of indeterminacy in an asynchronous distribu...
This paper presents two new graph-theoretical program representations which can be used to represent...
International audienceNetwork theory uses the string diagrammatic language of monoidalcategories to ...
Network theory uses the string diagrammatic language of monoidal categories to study graphical struc...
Almost ten years ago, Gilles Kahn used the fixed point theory of Dana Scott to define a formal and e...
We propose the use of graph grammars as a theory to organize programming of highly-concurrent system...
AbstractWe introduce in this paper a model for interaction and asynchronous, concurrent communicatio...
We specify the black box behavior of dataflow components by characterizing the relation between the ...
We define an algebraic language for networks of synchronously communicating processes. A node in the...
In this paper we investigate generalizations of Kahn's principle to nondeterministic dataflow networ...
AbstractA simple programming language for the description of networks of loosely coupled, communicat...
A fixed point semantics for nondeterministic data flow is introduced which refines and extends work ...
AbstractA fixed point semantics for nondeterministic data flow is introduced which refines and exten...
Criteria for adequacy of a data flow semantics are discussed and Kahn's successful semantics for fun...
AbstractAn applicative language is introduced for representing concurrent programs and communicating...
This thesis establishes that there are different kinds of indeterminacy in an asynchronous distribu...
This paper presents two new graph-theoretical program representations which can be used to represent...
International audienceNetwork theory uses the string diagrammatic language of monoidalcategories to ...
Network theory uses the string diagrammatic language of monoidal categories to study graphical struc...
Almost ten years ago, Gilles Kahn used the fixed point theory of Dana Scott to define a formal and e...
We propose the use of graph grammars as a theory to organize programming of highly-concurrent system...
AbstractWe introduce in this paper a model for interaction and asynchronous, concurrent communicatio...
We specify the black box behavior of dataflow components by characterizing the relation between the ...
We define an algebraic language for networks of synchronously communicating processes. A node in the...
In this paper we investigate generalizations of Kahn's principle to nondeterministic dataflow networ...