IOT Based Application for monitoring and Predicting Air Quality in the environment

Vaishnavi Kulkarni, Priyanka Mudaliar, Rutuja Jaid, Abhijeet Mandal, Kranti M. Kamble
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Abstract

India has been dealing with pollution for a long time. As the matter of fact, in February, India was home to six out of 10 of the world’s most polluted cities. While on the contrary, atmospheric pollution, surrounding pollutants are about 1000 times more likely to be transmitted to the lungs, causing diseases The main sources of air pollution are motor vehicle emissions, illegal industrial activities, harmful pesticides, and many times we see LPG gas leakages and cylinder truck accidents on the road which are harmful to us and can take our lives. Therefore, poor air quality results in many health complications, such as heart disease, lung cancer, and breathing problems like asthma. It is important to regulate air pollution and also to incorporate technology, sensors, and software systems to ensure that air pollution is closely monitored. Our efforts in this project are to create an application that can be used to track air quality to take preventive steps to keep our living environment healthy. The program is user-friendly and works to produce real-time air quality warnings as a preventive mechanism. Our key contribution is to build a monitoring system for air quality that senses the real-time data of surrounding parameters such as carbon monoxide and PM level and warns people when the sum of these elements goes above a certain limit and presents the data in a format that is easy to understand.
基于物联网的环境空气质量监测和预测应用
印度长期以来一直在处理污染问题。事实上,今年2月,在全球污染最严重的10个城市中,印度占了6个。而相反,大气污染,周围的污染物是大约1000倍更容易传播到肺部,引起疾病。空气污染的主要来源是机动车排放,非法工业活动,有害农药,我们经常看到LPG气体泄漏和汽缸卡车事故在道路上,这是对我们有害的,可以夺走我们的生命。因此,空气质量差会导致许多健康并发症,如心脏病、肺癌和哮喘等呼吸问题。重要的是要规范空气污染,并结合技术、传感器和软件系统,以确保密切监测空气污染。我们在这个项目中的努力是创建一个可用于跟踪空气质量的应用程序,以采取预防措施,保持我们的生活环境健康。该程序是用户友好的,并致力于产生实时空气质量警报作为一种预防机制。我们的主要贡献是建立一个空气质量监测系统,该系统可以感知一氧化碳和PM水平等周围参数的实时数据,并在这些元素的总和超过一定限度时向人们发出警告,并以易于理解的格式呈现数据。
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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