Functional reactive programming (FRP) is a programming paradigm where a system is described using declarative abstractions of the change propagation of discrete events and continuous signals. This paper presents a purely functional reactive programming model that facilitates a uniform description of distributed coordination and per-node computation. A case study of a wireless sensor-actor network (WSAN) shows that both inter-node coordination and intra-node computation can uniformly be written as reactive behaviors. The paper also describes an implementation method of the model using Distributed XFRP, a pure FRP language for distributed systems.
受賞情報
Best Paper Award, PSJ Yamashita SIG Research Award
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