Deterministic asynchronous concurrent formalisms are valuable because determinism greatly simplifies the design and validation of such systems and most concurrent formalisms are nondeterministic. This paper connects two of the more successful deterministic asynchronous formalisms: Kahn's dataflow networks and Josephs's deterministic receptive processes. The main result: a divergence-free deterministic receptive process is a Kahn process in that it can be modeled by a continuous function from input to output sequences, thus verifying it is compositionally deterministic. This result provides a bridge between two communities, enabling results from the asynchronous digital hardware community to be used in the context of dataflow computation and...
Gilles Kahn's elegant model of deterministic concurrent computation using sequential processes conne...
We present a technique for implementing dataflow networks as compositional hardware circuits. We fir...
AbstractWe introduce in this paper a model for interaction and asynchronous, concurrent communicatio...
AbstractWe use input/output automata to define a simple and general model of networks of concurrentl...
We address the problem of specifying concurrent processes that can make local nondeterministic decis...
Almost ten years ago, Gilles Kahn used the fixed point theory of Dana Scott to define a formal and e...
Kahn andMacQueen have introduced a generic class of determinate asynchronous data-flow applications,...
Kahn and MacQueen have introduced a generic class of determinate asynchronous data-flow applications...
AbstractThe (first part of the) Kahn principle states that networks with deterministic nodes are det...
We introduce in this paper new communication and synchronization constructs which allow deterministi...
International audienceIn 1974, Gilles Kahn defined a seminal semantic model for asynchronous dataflo...
We give a denotational framework (a “meta model”) within which certain properties of models of compu...
textabstractWe consider dynamic Kahn-like data flow networks, i.e. networks consisting of determinis...
We give a denotational framework (a “meta model”) within which certain properties of models of compu...
AbstractMulti-level deterministically synchronized sequential processes, or (DS)∗SP, is a recursivel...
Gilles Kahn's elegant model of deterministic concurrent computation using sequential processes conne...
We present a technique for implementing dataflow networks as compositional hardware circuits. We fir...
AbstractWe introduce in this paper a model for interaction and asynchronous, concurrent communicatio...
AbstractWe use input/output automata to define a simple and general model of networks of concurrentl...
We address the problem of specifying concurrent processes that can make local nondeterministic decis...
Almost ten years ago, Gilles Kahn used the fixed point theory of Dana Scott to define a formal and e...
Kahn andMacQueen have introduced a generic class of determinate asynchronous data-flow applications,...
Kahn and MacQueen have introduced a generic class of determinate asynchronous data-flow applications...
AbstractThe (first part of the) Kahn principle states that networks with deterministic nodes are det...
We introduce in this paper new communication and synchronization constructs which allow deterministi...
International audienceIn 1974, Gilles Kahn defined a seminal semantic model for asynchronous dataflo...
We give a denotational framework (a “meta model”) within which certain properties of models of compu...
textabstractWe consider dynamic Kahn-like data flow networks, i.e. networks consisting of determinis...
We give a denotational framework (a “meta model”) within which certain properties of models of compu...
AbstractMulti-level deterministically synchronized sequential processes, or (DS)∗SP, is a recursivel...
Gilles Kahn's elegant model of deterministic concurrent computation using sequential processes conne...
We present a technique for implementing dataflow networks as compositional hardware circuits. We fir...
AbstractWe introduce in this paper a model for interaction and asynchronous, concurrent communicatio...