非洲撒哈拉以南地区博茨瓦纳采用物联网控制的智能交通管理系统改善空气质量

Leo John Baptist Andrews, Raymon Antony Raj, Sampath Kumar V, D. Sarathkumar
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引用次数: 1

摘要

城镇和村庄的快速城市化导致智能交通控制系统的发展,以减少交通拥堵。快速的城市化增加了车辆的数量,这导致了空气污染,此外与交通。控制交通和空气污染是人类面临的最艰巨的挑战,是人类无法控制的。在交通管理和空气污染控制方面采取了许多措施。智慧城市的原理来自于利用信息通信技术(ICT)通过互联网互联物理设备。在人口密集的交通管理中,面临的限制导致了误导性的信息和事故。利用信息通信技术和物联网的智能交通控制系统克服了消除此类异常所面临的挑战,有助于有效地管理交通拥堵。本文描述了使用物联网基础设施开发的智能交通控制系统模型,无论基础设施如何,都可以对城市和农村环境进行低预算控制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Air quality improvement by employing smart traffic management system controlled by internet of things for Botswana in the sub Saharan region of Africa
The rapid urbanization of towns and villages had led to the development of smart traffic control systems to reduce traffic congestion. Rapid urbanization increases the number of vehicles, which results in air pollution, additionally with the traffic. It's the most formidable challenge for humans to control the traffic and air pollution, and it is beyond the control of humans. Many steps are taken for traffic management and air pollution control. The principle of smart cities comes from the utilization of Information and Communication Technology (ICT) using the interconnection of physical devices over the internet. The constraints faced during traffic management, where the population is denser, lead to misleading information and accidents. The smart traffic control system using ICT and IoT overcomes the challenges confronting the elimination of such abnormalities and helps to manage traffic congestion efficiently. This paper describes the smart traffic control system model developed using the IoT infrastructure aids low budget control to both the urban and rural environment irrespective of the infrastructure.
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