测量人工照明暴露的可穿戴设备

C. Haba, C. Galatanu
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引用次数: 1

摘要

研究表明,欧盟有很多人都有由人造光引起的疾病,或者可能因光而加重的疾病。因此,本研究提出创建一种便携式设备(EXPILART设备或EDEV),可用于测量人工照明的暴露,并可与云应用程序进行无线通信。本文提出了EDEV的初始原型,该原型基于芯片上的高性能系统,包括微控制器和无线模块以及光和其他传感器。所提出的方法降低了EDEV的复杂性,同时允许获得精确的结果。通过使用小型化和低功耗组件,EDEV将具有高集成度和高度自主性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Wearable Device for Measurement of Exposure to Artificial Lighting
Studies show that a large number of people in the EU have disorders caused by artificial light or conditions that can be aggravated by light. Therefore, this research proposes the creation of a portable device (EXPILART device or EDEV) that can be used to measure exposure to artificial lighting and can communicate wireless with a cloud app. This paper presents an initial prototype of EDEV which is based on high performance system on a chip including a microcontroller and wireless module and light and other sensors. The proposed methodology reduces the complexity of EDEV, while allowing precise results to be obtained. EDEV will have a high level of integration and high autonomy by using miniaturized and low power components.
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