AbstractThis paper addresses the problem of using a dataflow language in “real-time” continuously operating systems. It shows that this raises a problem of bounded memory which can be characterized in terms of multiple input-output sequential machines, and proposes a generalization of the Ginsburg-Rose theorem in this case. Finally, it shows how these concepts have been applied in the clock calculus of the synchronous dataflow language Lustre
Fundamental Approaches to Software Engineering - 22nd International conference, FASE 2019, held as ...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
]The paper presents a data--driven execution model, CHEM, for a temporal logic programing language, ...
AbstractThis paper addresses the problem of using a dataflow language in “real-time” continuously op...
International audienceSynchronous data-flow languages such as Lustre manage infinite sequences or st...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
Implementing real-time critical systems is an increas-ingly complex process that calls for high-leve...
In this paper, we present a theory of synchronous data-flow languages. Our theory is supported by bo...
The shift towards parallel computing witnessed since the turn of this century has forced us to rethi...
Dataflow is presented as an alternative to the von Neumann model as the basis for computer system de...
We present an analysis method that provides tight temporal bounds for applications modeled by Synchr...
We present an analysis method that provides tight temporal bounds for applications modeled by Synchr...
In order to obtain a cost-efficient solution, tasks share resources in a Multi-Processor System-on-C...
This paper builds upon research by Lee [1] concerning the token flow model, an analytical model for ...
International audienceClocks in synchronous data-flow languages are the natural way to define severa...
Fundamental Approaches to Software Engineering - 22nd International conference, FASE 2019, held as ...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
]The paper presents a data--driven execution model, CHEM, for a temporal logic programing language, ...
AbstractThis paper addresses the problem of using a dataflow language in “real-time” continuously op...
International audienceSynchronous data-flow languages such as Lustre manage infinite sequences or st...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
Implementing real-time critical systems is an increas-ingly complex process that calls for high-leve...
In this paper, we present a theory of synchronous data-flow languages. Our theory is supported by bo...
The shift towards parallel computing witnessed since the turn of this century has forced us to rethi...
Dataflow is presented as an alternative to the von Neumann model as the basis for computer system de...
We present an analysis method that provides tight temporal bounds for applications modeled by Synchr...
We present an analysis method that provides tight temporal bounds for applications modeled by Synchr...
In order to obtain a cost-efficient solution, tasks share resources in a Multi-Processor System-on-C...
This paper builds upon research by Lee [1] concerning the token flow model, an analytical model for ...
International audienceClocks in synchronous data-flow languages are the natural way to define severa...
Fundamental Approaches to Software Engineering - 22nd International conference, FASE 2019, held as ...
Our goal is to devise a computer comprising large numbers of cooperating processors (LSI). In doing ...
]The paper presents a data--driven execution model, CHEM, for a temporal logic programing language, ...