Design and Development of Real Time Indoor and Outdoor Air Quality Monitoring System Based on IoT Technology

K. H. Yusof, Fadhilah Aman, A. Ahmad, M. Abdulrazaq, M. N. Mohammed, Mohamad Syahrul Zahwan Mohd Zabidi, A. Asyraf
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引用次数: 3

Abstract

While the countries grow to be developed and industrial, the pollution level is increased significantly, and this becomes a critical downfall for the people’s health. This paper presents a system of smart air quality monitoring for urban city area by using IoT Technology. The main purpose of this research is to minimize, improvise, and use low-cost configuration, yet with equal ability to perform as industrial sensor capability, as required by the IEEE 1451 Sensor Standard. This enables the usage of this system in range of 20 meters for the WIFI module. This module consists of two sensors that function to detect concentrate elements in nearby environment. The first sensor is an air quality sensor that functions to detect the value of carbon dioxide in the environment. The second sensor detects and indicates the temperature and humidity. Both sensors will show the values detected through wireless monitor, either by smartphone or any device that can access web-based or application platforms. This is to ensure that the value is detected, hence ability to observe. Any malfunction can be reset remotely, and the user can determine the next decisions. The proposed system, by combination of esp32, IoT Platform and the Wi-Fi modules, is also able to give immediate data reading, while being remotely observed by notice from the system output.
基于物联网技术的室内外空气质量实时监测系统设计与开发
随着国家的发展和工业的发展,污染水平显著增加,这成为人们健康的一个关键问题。提出了一种基于物联网技术的城市区域空气质量智能监测系统。本研究的主要目的是根据IEEE 1451传感器标准的要求,最小化,即兴和使用低成本配置,同时具有与工业传感器相同的能力。这使得该系统可以在20米范围内使用WIFI模块。该模块由两个传感器组成,用于检测附近环境中的浓缩元素。第一个传感器是空气质量传感器,其功能是检测环境中二氧化碳的含量。第二个传感器检测并指示温度和湿度。这两种传感器都将通过智能手机或任何可以访问网络或应用程序平台的设备显示无线监视器检测到的值。这是为了确保值被检测到,从而能够观察到。任何故障都可以远程复位,用户可以决定下一步的决定。通过esp32、物联网平台和Wi-Fi模块的结合,该系统还能够立即读取数据,同时通过系统输出的通知进行远程观察。
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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