Developing coordinating distributed applications in a pure FRP language / Takuo Watanabe.
By: Watanabe, Takuo [author]
Copyright date: 2020Subject(s): Functional programming languages | Embedded computer systems | Wireless sensor networks In: Philippine Computing Journal vol. 15, no. 2: (Dec. 2020), pages 19-23.Summary: This paper discusses how coordinating distributed systems can be expressed using a pure functional reactive programming (FRP) language designed for distributed applications. FRP provides functional abstractions for values changing over time, with which reactive behaviors can be naturally described. Since each computational node in a coordinating distributed system can be seen as a reactive component, FRP is well suited for describing the intra-node computation. Via a case study of a wireless sensor-actor network (WSAN), this paper shows that both inter-node coordination and intra-node computation can be uniformly described using the language.| Item type | Current location | Home library | Call number | Status | Date due | Barcode | Item holds |
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This paper discusses how coordinating distributed systems can be expressed using a pure functional reactive programming (FRP) language designed for distributed applications. FRP provides functional abstractions for values changing over time, with which reactive behaviors can be naturally described. Since each computational node in a coordinating distributed system can be seen as a reactive component, FRP is well suited for describing the intra-node computation. Via a case study of a wireless sensor-actor network (WSAN), this paper shows that both inter-node coordination and intra-node computation can be uniformly described using the language.
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