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首页> 外文期刊>Internet of Things Journal, IEEE >Early Scavenger Dimensioning in Wireless Industrial Monitoring Applications
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Early Scavenger Dimensioning in Wireless Industrial Monitoring Applications

机译：无线工业监控应用中的早期清道夫尺寸设计

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摘要

The industrial Internet era is pushing for even more miniaturized, powerful, and energy efficient devices that seamlessly integrate to the Internet and aim to improve efficiency of industries by monitoring, actuating, or sampling data from machines, infrastructures, and systems. Industrial low power wireless protocols are one of the key enablers of that revolution but still energy consumption is what is limiting ubiquitous deployments of perpetual and unattended devices. The adoption of energy harvesting technologies is enabling autonomously powered control and monitoring systems on industries, infrastructures, and cities. Yet, putting these systems together require a clear understanding of their capabilities and behavior in order to dimension their energy needs and to contribute to the development of a new generation of self-powered ubiquitous devices. Therefore, this paper discusses, through a use case, the tradeoff to reliably dimension scavenger properties to network requirements and application needs, with the main objective to enable industries to optimize the adoption of that technologies while keeping low technical risks.
机译：工业互联网时代正在推动着更加小型化，功能强大和高能效的设备无缝集成到互联网，并旨在通过监视，激活或采样来自机器，基础设施和系统的数据来提高行业效率。工业低功耗无线协议是该革命的关键推动力之一，但能耗仍然限制了永久性和无人值守设备的普遍部署。能量收集技术的采用为工业，基础设施和城市提供了自动供电的控制和监视系统。然而，将这些系统组合在一起需要清楚地了解其功能和行为，以便确定其能源需求并为新一代自供电无所不在的设备的开发做出贡献。因此，本文通过一个用例讨论了权衡可靠地确定清除剂属性以适应网络要求和应用程序需求的方法，其主要目的是使行业在保持较低技术风险的同时优化该技术的采用。

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