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首页> 外文会议>International Conference on Signal Processing, Communication, Power and Embedded System >Internet of Things Cloud Based Smart Monitoring of Air Borne PM2.5 Density Level
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Internet of Things Cloud Based Smart Monitoring of Air Borne PM2.5 Density Level

机译：事物互联网基于云的智能监控空气播种PM2.5密度水平

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摘要

Prior information of level of particulate matter in surrounding air can save human lives from probable deteriorated health condition. Contemporary solutions are inadequate to monitor the air borne particulate matter level remotely. This paper presents a novel technique to monitor 2.5μm sized particulate matter level in smarter way. Internet of Things based cloud services have been incorporated to store and analyze the measured data in cloud servers. An optical sensor is integrated with the system which enables the user to visualize the density level of particulate matters in real time. Serial output empowers the user to monitor the process of capture of data, network connectivity, and data transmission towards the clouds. Average value of PM2.5 density from the experiment was found as 200 mg/m~3.
机译：周围空气中颗粒物质水平的现有信息可以从可能的恶化的健康状况中拯救人类生命。当代解决方案不充分，以远程监测空气的颗粒物质水平。本文提出了一种以更智能的方式监测2.5μm大小的颗粒物质水平的新技术。基于事物的云服务已被纳入存储和分析云服务器中的测量数据。光学传感器与系统集成，使用户能够实时地可视化微粒物质的密度水平。串行输出使用户能够监视数据，网络连接和数据传输的捕获过程。从实验中PM2.5密度的平均值被发现为200mg / m〜3。

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