We discuss the aspect of synchronisation in the language design of the asynchronous dataflow language S-Net. Synchronisation is a crucial aspect of any coordination approach. S-Net provides a particularly simple construct, the synchrocell. The synchrocell is actually two simple to meet regular synchronisation demands itself. We show that in conjunction with other language feature, S-Net synchrocells can effectively do the job. Moreover, we argue that their simplistic design in fact is a necessary prerequisite to implement even more interesting scenarios, for which we outline ways of efficient implementation
International audienceModularity is advocated as a solution for the design of large systems; the mat...
We present an in-depth discussion of the relationships between synchrony and asynchrony. Simple mode...
Modularity is advocated as a solution for the design of large systems, the mathematical translation ...
We discuss the aspect of synchronisation in the language design and implementation of the asynchrono...
In this paper, we present a theory of synchronous data-flow languages. Our theory is supported by bo...
We present the rationale and design of S-Net, a coordination language for asynchronous stream proces...
© The Author(s) 2010. This article is published with open access at Springerlink.com Abstract We pre...
© The Author(s) 2010. This article is published with open access at Springerlink.comWe present the r...
We present the design of S-Net, a coordination language and component technology based on stream pro...
S-Net is a declarative component coordination language aimed at radically facilitating software engi...
Data-Parallel languages offer a programming model structured and easy to understand. The challenge c...
Data-Parallel languages offer a programming model structured and easy to understand. The challenge c...
We present the formal operational semantics of S-NET, a coordination language and component technolo...
AbstractWe argue that programming high-end stream-processing applications requires a form of coordin...
We argue that programming high-end stream-processing applications requires a form of coordination la...
International audienceModularity is advocated as a solution for the design of large systems; the mat...
We present an in-depth discussion of the relationships between synchrony and asynchrony. Simple mode...
Modularity is advocated as a solution for the design of large systems, the mathematical translation ...
We discuss the aspect of synchronisation in the language design and implementation of the asynchrono...
In this paper, we present a theory of synchronous data-flow languages. Our theory is supported by bo...
We present the rationale and design of S-Net, a coordination language for asynchronous stream proces...
© The Author(s) 2010. This article is published with open access at Springerlink.com Abstract We pre...
© The Author(s) 2010. This article is published with open access at Springerlink.comWe present the r...
We present the design of S-Net, a coordination language and component technology based on stream pro...
S-Net is a declarative component coordination language aimed at radically facilitating software engi...
Data-Parallel languages offer a programming model structured and easy to understand. The challenge c...
Data-Parallel languages offer a programming model structured and easy to understand. The challenge c...
We present the formal operational semantics of S-NET, a coordination language and component technolo...
AbstractWe argue that programming high-end stream-processing applications requires a form of coordin...
We argue that programming high-end stream-processing applications requires a form of coordination la...
International audienceModularity is advocated as a solution for the design of large systems; the mat...
We present an in-depth discussion of the relationships between synchrony and asynchrony. Simple mode...
Modularity is advocated as a solution for the design of large systems, the mathematical translation ...