The work described in this document aims at producing a formal computational model for the Reo coordination language, that can facilitate the implementation of Reo circuits in a distributed computing environment. The model introduced here partially covers what Reo requires - it implements a less strict form of the merge behavior of mixed nodes. While this already allows computing of a large class of useful circuits, it does not properly deal with some synchronous circuits that contain LossySync channels. This work has lead to a new and more powerful approach to computing the behavior of Reo circuits, called Connector Colorin
AbstractReo is a channel-based coordination language, wherein circuit-like connectors model and impl...
It is generally accepted that building software out of loosely coupled components, such as in servic...
Abstract: Reo is a language for coordinating autonomous components in dis-tributed environments. Coo...
Reo is a coordination model based on circuit-like connectors which coordinate components through the...
AbstractReo is a coordination model based on circuit-like connectors which coordinate components thr...
AbstractReo is a coordination model based on circuit-like connectors which coordinate components thr...
The coordination language Reo defines circuit-like connectors to steer the collaboration of independ...
Over the past decades, coordination languages have emerged for the specification and implementation ...
The coordination language Reo defines circuit-like connectors to steer the collaboration of independ...
Reo is a compositional coordination language for component connectors with a formal semantics based ...
Over the past decades, coordination languages have emerged for the specification and implementation ...
We present an application of the Reo coordination paradigm to provide a compositional formal model f...
Coordination in Reo emerges from the composition of the behavioural constraints of the primitives, s...
Composition of a concurrent system out of components involves coordination of their mutual interact...
Reo is a channel-based coordination language, wherein circuit-like connectors model and implement in...
AbstractReo is a channel-based coordination language, wherein circuit-like connectors model and impl...
It is generally accepted that building software out of loosely coupled components, such as in servic...
Abstract: Reo is a language for coordinating autonomous components in dis-tributed environments. Coo...
Reo is a coordination model based on circuit-like connectors which coordinate components through the...
AbstractReo is a coordination model based on circuit-like connectors which coordinate components thr...
AbstractReo is a coordination model based on circuit-like connectors which coordinate components thr...
The coordination language Reo defines circuit-like connectors to steer the collaboration of independ...
Over the past decades, coordination languages have emerged for the specification and implementation ...
The coordination language Reo defines circuit-like connectors to steer the collaboration of independ...
Reo is a compositional coordination language for component connectors with a formal semantics based ...
Over the past decades, coordination languages have emerged for the specification and implementation ...
We present an application of the Reo coordination paradigm to provide a compositional formal model f...
Coordination in Reo emerges from the composition of the behavioural constraints of the primitives, s...
Composition of a concurrent system out of components involves coordination of their mutual interact...
Reo is a channel-based coordination language, wherein circuit-like connectors model and implement in...
AbstractReo is a channel-based coordination language, wherein circuit-like connectors model and impl...
It is generally accepted that building software out of loosely coupled components, such as in servic...
Abstract: Reo is a language for coordinating autonomous components in dis-tributed environments. Coo...