物联网个人空气质量监测器

S. M. Grath, C. Flanagan, L. Zeng, Conor O'Leary
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引用次数: 15

摘要

近年来,随着人们对环境问题的日益关注,空气质量监测变得越来越重要。多年来,人们已经可以成功地监测空气质量,但监测传统上既昂贵又固定,因此在应用上受到限制。为了改善城市环境,空气质量监测必须广泛、无所不在、廉价且反应迅速。良好、及时的数据是首先识别、然后解决空气污染问题的关键。本文开发了一种替代的、廉价的、基于物联网的空气质量监测仪,它可以实时跟踪空气污染,并通过低功率广域网快速传输相关数据。这样一个庞大的监视器网络可以产生大量的数据,然后可以在云中实时处理和分析,并与一天、一个月、一年或天气的时间和其他因素相关联。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
IoT Personal Air Quality Monitor
With more attention being paid to environmental issues in recent years, air quality monitoring is becoming more important. It has been possible to monitor air quality successfully for many years, but monitoring has traditionally been both expensive and immobile, thus restricted in application. To improve urban environments, air quality monitoring has to be widespread, ubiquitous, cheap, and rapidly responsive. Good, timely data is the key to first identifying, then tackling air pollution issues. This paper develops an alternative, cheap, IoT-based air quality monitor, which can track air pollution in real time, and transmit the relevant data rapidly through a low power wide area network. A large network of such monitors can generate a vast amount of data, which may then be processed and analyzed in the cloud in real time, and correlated with time of day, month, year or weather and other factors.
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