Rialto: a bridge between description and implementation of control algorithms for wireless sensor networks
Rialto: a bridge between description and implementation of control algorithms for wireless sensor networks
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Rialto：无线传感器网络控制算法描述和实现之间的桥梁
DOI：
10.1145/1086228.1086262
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发表时间：
2005
期刊：
影响因子：
--
通讯作者：
A. Sangiovanni
中科院分区：
文献类型：
--
作者：
A. Bonivento;L. Carloni;A. Sangiovanni
Rialto 是一个设计框架，允许将无线传感器网络控制应用程序的描述与其物理网络实现分开。 Rialto 支持的方法包括两个步骤： 在 Rialto 模型中根据逻辑组件查询和命令来描述应用程序。该描述被转换为一种称为 RialtoNet 的内部格式，用于探索应用程序可能导致的所有可能的查询和命令序列。 RialtoNet 被执行，并生成一组对通信和传感基础设施的约束。RialtoNet 的语义基于从 Kahn Process Networks 获得灵感的 MoC，但可以方便地修改阻止规则以利用域特异性。我们的方法为应用程序设计者提供了一个清晰的界面，因为 Rialto 自动弥合了应用程序和实现之间的差距。因此，Rialto 促进了无线传感器网络技术在应用领域的采用，例如工业控制，其中应用设计者不是通信工程师。
Rialto is a design framework that allows separating the description of a control application for wireless sensor networks from its physical network implementation. The methodology supported by Rialto consists of two steps: An application is described in a Rialto Model in terms of logical components queries and commands. The description is translated into an internal format called RialtoNet that is used to explore all the possible sequence of queries and commands that the application may lead to. The RialtoNet is executed and a set of constraints on the communication and sensing infrastructure is generated.The semantics of RialtoNet is based on a MoC that takes inspiration from Kahn Process Networks, but blocking rules are conveniently modified to exploit the domain specificity.Our approach offers a clear interface to the application designer as Rialto automatically bridges the gap between application and implementation. Hence, Rialto facilitates the adoption of wireless sensor networks technology in application domains, such as industrial control, where the application designer is not a communication engineer.