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Title	The Design And Implementation Of An Iot-Based Real-Time Air Purification System For Outdoor Environment
ID_Doc	55255
Authors	Herath H.M.R.G.; Jayasundara K.K.W.S.P.K.; Yadhasighe Y.K.A.; Sanjeewa S.D.A.
Year	2022
Published	ICARC 2022 - 2nd International Conference on Advanced Research in Computing: Towards a Digitally Empowered Society
DOI	http://dx.doi.org/10.1109/ICARC54489.2022.9754097
Abstract	Even though air pollution is a fact, it is also a harsh reality that causes serious health issues for people around the world, such as premature death. It is imperative that immediate action is taken to improve air quality in some regions of the world. In order to address this issue on a large scale, this research project aims to provide real-time data monitoring and air purification for the city. A lack of precision, low sensitivity, and the need for laboratory analysis mean that current monitoring systems are ineffective. Thus, new and improved monitoring systems are required. This system uses filtering technology and a real-time dashboard to solve the shortcomings of current solutions. An IoT system is an interconnected network of smart devices that can sense and communicate with each other and other systems. Arduino Integrated Development Environment(Arduino IDE), a Wi-Fi module from Arduino, and sensors for gas, dust, pressure, and temperature were used to build the data-gathering hardware. Instruments that measure air pollution and fresh air might be installed in the purification system. The Arduino IDE receives data from the gas sensors, which collect data from the surrounding environment. The Wi-Fi module of the Arduino IDE delivers the data to the cloud. Users can get important air quality data from the cloud via the web page "Wayu.live,"built by our team. Air quality indicator levels can also be used by the government for negotiations and forecasting. © 2022 IEEE.
Author Keywords	Air Purify; HEPA; Real time monitoring; Smart City; Wireless Sensor Network

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