Towards a Smart Sustainable City: Air Pollution Detection and Control using Internet of Things

Mohamed S. Ghoneim, Sahar M. Hamed
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引用次数: 12

Abstract

Smart cities have become an essential and global need; they enhance the infrastructure to mitigate the problems caused by the rapid pace of the urbanization. The main goal is not only achieving a smart city but to realize a smart sustainable city, to achieve the balance of the environment alongside the balance of the city's technology evolution. The Internet of Things (IoT) technology is the most popular technology used in smart cities due to its efficiency in wide varieties of applications. Although the IoT is yet to fully emerge, the energy demand has proven to be significantly increased and will keep on increasing over the upcoming years, that's why it's crucial to investigate the Green IoT. One of the most challenging issues in cities is pollution especially air pollution. Air pollution will become a catastrophe with technological advancement if cities turned a blind eye to it. It has a direct effect on people’s health as well as the ecosystem. From this point, this paper suggests a green IoT based efficient system that detects and monitor the outdoor air pollution level; the system is powered by renewable energy. The system monitors the pollution level; if the pollution level exceeds the acceptable pollution level, it takes a decision to notify the authorities who can use this data in planning preventive actions and take measures to stop the continuous harmful air pollution effects and prevent the evolution of this phenomenon.
迈向智慧可持续城市:利用物联网检测和控制空气污染
智慧城市已成为一种基本的全球需求;他们加强基础设施,以缓解快速城市化带来的问题。主要目标不仅是实现智慧城市,而且要实现智慧可持续城市,实现环境的平衡以及城市技术发展的平衡。物联网(IoT)技术由于其在各种应用中的效率而成为智慧城市中最受欢迎的技术。虽然物联网尚未完全出现,但能源需求已被证明显着增加,并将在未来几年继续增加,这就是为什么研究绿色物联网至关重要。城市中最具挑战性的问题之一是污染,尤其是空气污染。如果城市对空气污染视而不见,随着技术的进步,空气污染将成为一场灾难。它对人们的健康和生态系统有直接的影响。从这一点出发,本文提出了一种基于绿色物联网的高效系统,可以检测和监测室外空气污染水平;该系统由可再生能源提供动力。该系统监测污染水平;如果污染水平超过可接受的污染水平,则需要决定通知当局,当局可以使用这些数据来规划预防行动,并采取措施阻止持续的有害空气污染影响,并防止这种现象的演变。
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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