Connector Coloring Models Sample Clauses

Connector Coloring Models. Connector coloring is an intuitive semantics for Reo to model dataflow behavior of connec- tors [47]. Colors are used to denote the presence of dataflow and its absence in connected ports. Colorings with two colors suffice to express the same class of behavior as constraint automata can express [52]. Each coloring of a connector is a solution to the synchronization constraints imposed by its channels and nodes. By refining the set of colors to three colors and propagating the negative information about the absence of dataflow in some ports, a set of context dependencies can be expressed. Coloring a connector in a specific state with given boundary conditions (I/O requests) provides a means to determine the routing alternatives for dataflow. The circuit representa- tion of connectors are used to describe the dataflow behavior: each coloring corresponding to a dataflow behavior of the connector can be overlaid on top of the circuit representation to provide insight into the dataflow behavior of the individual primitives of the circuit [52]. The product composition operator for colorings has been defined such that it is associative, com- mutative, and idempotent. These properties make the coloring scheme with its composition operator suitable for distributed implementations [52]. In a recent work, Xxxxxxxx investi- gates the relationships between 2/3-color coloring models and constraint automata through a set of operators that transform one model to the other [84]. In another paper, he estab- lishes an encoding of context sensitivity expressed in 3-coloring semantics within constraint automata [83]. Coloring based semantics is not suitable for the purpose of verification, especially by model checking which is the main purpose of this thesis. This type of semantics for Reo and its extension called tile logic [21] suffer from a number of other problems. For a survey of these problems see [36].
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