The Impact of Artificial Intelligence in Smart City Air Purifier Systems

Alwiyah, Diana Putri Lazirkha
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引用次数: 7

Abstract

Dirty air or air pollution is one of the many natural problems that we face, the problem of harmful air pollution is very representative of a colony. If the air conditioner is not healthy so that it disturbs human health. Referring to the World Most Most Polluted Country Index, Indonesia is one of 10 countries where the air is unhealthy or polluted, requiring solutions to these natural problems. This paper aims to find solutions and minimize the impact of wider air pollution through air purification by utilizing the Artificial Intelligence mobility method, especially for outdoor areas. The problem with this system is that it provides clean air in a large area, for example, land, flats, offices, and so on, the majority of people will go out of the house and stay outside the house for a long time. Providing an intelligent sensor-based automatic drive is an advantage of this research because many air purifiers are related to the same purpose but are only explicitly made in a small room area. There are no mobility methods and no Artificial Intelligence system using the three main function formulation methods. The first formulation using "smart mobility" of the machine will be given high Artificial Intelligence. The second formulation is purification using an Arduino-based microprocessor, and the final formulation a human detector. After that, this system can be installed in residential areas and provides healthier air, referring to the structure of the formula "You Only Look Once" (YOLO). All systems will provide performance in that each function is integrated to explain the ease of this tool moves. If there is a low level of pollution, this tool will go to that place and vice versa. This tool works simultaneously, which filters air pollution & provides healthy air to humans (Artificial Intelligence). With this, the researchers tried to do several methodologies to solve air pollution outside the room and clean the dirty air to be suitable for breathing.
人工智能对智慧城市空气净化器系统的影响
肮脏的空气或空气污染是我们面临的许多自然问题之一,有害的空气污染问题是非常具有代表性的一个群体。如果空调不健康,那么就会扰乱人体健康。参考世界上污染最严重的国家指数,印度尼西亚是空气不健康或污染的10个国家之一,需要解决这些自然问题。本文旨在通过利用人工智能移动方法,特别是在室外区域,通过空气净化,找到解决方案并最大限度地减少更广泛的空气污染的影响。这个系统的问题是,它提供了大面积的清洁空气,例如,土地,公寓,办公室等,大多数人会走出房子,在房子外面呆很长时间。提供基于智能传感器的自动驱动是本研究的一个优势,因为许多空气净化器都与相同的目的有关,但只明确地在一个小房间区域内制造。没有移动性方法,也没有人工智能系统使用这三种主要的函数制定方法。首款采用“智能移动”配方的机器将被赋予高度人工智能。第二种方法是使用基于arduino的微处理器进行净化,最后一种方法是使用人体探测器。之后,该系统可以安装在住宅区,提供更健康的空气,参考公式“你只看一次”(YOLO)的结构。所有系统都将提供性能,因为每个功能都集成在一起,以解释该工具移动的便利性。如果污染程度低,这个工具就会到达那个地方,反之亦然。该工具同时工作,过滤空气污染并为人类提供健康空气(人工智能)。有了这个,研究人员尝试了几种方法来解决房间外的空气污染,并将脏空气净化到适合呼吸的程度。
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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CiteScore
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