Optimizing the energy balance to achieve autonomous self-powering for vigilant health and IoT applications
Optimizing the energy balance to achieve autonomous self-powering for vigilant health and IoT applications
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DOI：
10.1088/1742-6596/1407/1/012001
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发表时间：
2019-11
期刊：
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通讯作者：
V. Misra;A. Bozkurt;B. Calhoun;Suman Datta;M. Dickey;M. Kiani;J. Lach;Bongmook Lee;J. Jur;O. Oralkan;Mehmet Ozturk;R. Rajagopalan;S. Roundy;Jason Strohmaier;S. Trolier-McKinstry;D. Vashaee;D. Wentzloff;D. Werner
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文献类型：
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作者：
V. Misra;A. Bozkurt;B. Calhoun;Suman Datta;M. Dickey;M. Kiani;J. Lach;Bongmook Lee;J. Jur;O. Oralkan;Mehmet Ozturk;R. Rajagopalan;S. Roundy;Jason Strohmaier;S. Trolier-McKinstry;D. Vashaee;D. Wentzloff;D. Werner
通过正确结合无电池自供电、多模态传感能力、舒适性、可穿戴性以及导致可操作信息的连续数据收集等颠覆性特性，可以实现自主供电智能传感节点的潜力，为健康和物联网应用提供长期监测。本文报告了实现自供电运行所必需的技术的最新突破，并展示了电力等式两侧的工程，即发电和消耗，如何导致始终运行。这项工作由国家科学基金会资助的ERC高级自供电集成传感器和技术系统中心（ASSIST）进行。
With the right combination of disruptive features, such as battery free self-powered operation, multimodal sensing capability, comfort, wearability, and continuous data gathering leading to actionable information, the potential of autonomously powered smart sensing nodes can be realized to provide long-term monitoring for health and IoT applications. This paper reports on recent breakthroughs in technologies essential for achieving self-powered operation and shows how engineering both sides of the power equation, namely generation and consumption, can lead to always on operation. This work is being conducted in the NSF funded ERC Center on Advanced Self-Powered Systems of Integrated Sensors and Technologies (ASSIST).