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Model Based Energy Consumption Analysis of Wireless Cyber Physical Systems

机译:无线网络物理系统基于模型的能耗分析

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Wireless mesh networks begin to be used as an infrastructure of cyber-physical systems. A critical issue in developing wireless cyber physical systems (WCPSs) is the limited amount of energy available in the nodes. Energy consumption analysis can help designer to conduct a power-aware design process. In this paper, we propose a model based energy consumption analysis framework at architecture level for WCPSs. We extract event rates from the architecture model, with the energy consumption model for communication component, we can estimate the energy consumption for each control loop and each node, as well as the overall energy consumption. All these energy consumption indexes can help us to design a performance and energy consumption balanced WCPS.
机译:无线网状网络开始被用作网络物理系统的基础设施。开发无线网络物理系统(WCPS)的一个关键问题是节点中可用能量的数量有限。能耗分析可以帮助设计人员进行功耗意识的设计过程。在本文中,我们在WCPS的体系结构级别上提出了一个基于模型的能耗分析框架。我们从架构模型中提取事件发生率,并使用通信组件的能耗模型,我们可以估算每个控制回路和每个节点的能耗以及整体能耗。所有这些能耗指标都可以帮助我们设计性能和能耗平衡的WCPS。

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