世纪规模的智能基础设施

Dhananjay Jagtap, N. Bhaskar, P. Pannuto
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引用次数: 0

摘要

无线电子设备平均每50个月更换一次。一座桥平均每50年更换一次。当我们开始想象将电子和智能集成到建筑环境中时,我们需要开始考虑基础设施时间表上的电子设备和系统。这并不是说每一个单独的电子设备都可以、将会或应该使用几十年,但就像忒修斯的船一样,定义新兴智能城市的系统将在一生中达到百年的规模。在本文中,我们考虑了设备、网关、网络体系结构及其管理对于设计为运行数十年的系统可能是什么样子。结果是今天可操作的见解和未来的研究问题的混合,最终在一项为期50年的实验中达到高潮,该实验旨在观察在没有电池隐含寿命的情况下,能量收集传感器在没有人类关注或干预的情况下可以存活多久。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Century-scale smart infrastructure
On average, wireless electronics devices are replaced every 50 months. On average, a bridge is replaced every 50 years. As we begin to imagine integrating electronics and intelligence into the built environment, we need to to begin to think about electronic devices and systems on infrastructure timelines. This is not to say that every individual electronic device can, will, or should last for decades, but much like the ship of Theseus, the system that defines emerging Smart Cities will have a lifetime reaching into the century-scale. In this paper, we contemplate what the devices, gateways, network architectures, and their management might look like for a system designed to operate for decades. The result is a mixture of actionable insights for today and research questions for tomorrow, which culminates in the commencement of a 50-year experiment designed to see how long energy-harvesting sensors, without the implicit lifetime of batteries, can remain viable without human attention or intervention.
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