Remote Air Quality Monitoring System by Using MyRIO-LabVIEW

K. M. Ng, Muhamad Azri Haziq Mohd Suhaimi, Adizul Ahmad, N. Razak
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引用次数: 11

Abstract

Air quality monitoring is essential to ensure that the places we work or live in are conducive for our health. Recent technologies have enabled remote monitoring of the conditions of our environment such as air and water. This paper presents a remote air quality monitoring based on myRIO-LabVIEW, which could monitor the quality of air via detection of Carbon Monoxide (CO) rate in indoor locations within buildings. The sensor use to detect the CO is the MQ-7 sensor that is connected to the Arduino Mega and MyRIO controllers; the outputs is processed by the LabViewsoftware on the user computer remotely. For the purpose of testing, the system was tested at three selected locations to detect the rate of change of CO for over an hour. MyRIO will continuously save the CO rate data when the substance exists around these locations. In this way, the LabViewcan process and display the data to the user wirelessly or remotely. Subsequently, the average CO rate could also be calculated. The system is working successfully as its detection and data logging by both hardware and software is functioning wirelessly and the result can be analyzed further by the users.
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基于MyRIO-LabVIEW的空气质量远程监测系统
空气质量监测对于确保我们工作或生活的地方有利于我们的健康至关重要。最近的技术使我们能够对空气和水等环境条件进行远程监测。本文介绍了一种基于myRIO-LabVIEW的远程空气质量监测系统,该系统可以通过检测建筑物室内位置的一氧化碳(CO)浓度来监测空气质量。用于检测CO的传感器是连接到Arduino Mega和MyRIO控制器的MQ-7传感器;输出由用户计算机上的LabViewsoftware远程处理。为了进行测试,系统在三个选定的地点进行了测试,以检测一氧化碳的变化率超过一个小时。当物质存在于这些位置附近时,MyRIO将持续保存CO速率数据。通过这种方式,labview可以对数据进行处理并以无线或远程方式显示给用户。随后,还可以计算出平均CO速率。由于硬件和软件的检测和数据记录都是无线的,并且结果可以由用户进一步分析,因此该系统工作成功。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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