Functional reactive programming (FRP) is a programming paradigm for reactive systems based on declarative abstractions to express time-varying values. Previous works showed that FRP is beneficial to embedded systems. In this paper, we propose a new execution mechanism for an FRP language designed for resource constrained embedded systems. The mechanism is based on the Actor model, a concurrent computation model in which computation is achieved by actors communicating via asynchronous messages. We adopt actors for the run-time representation of time-varying values and event streams. With this representation, we can naturally integrate asynchronous execution mechanism in the runtime of the language.
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