Automated Door System Using Arduino For Crowd Management

Pranav Sharma, Akshet Patel
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引用次数: 1

Abstract

According to the COVID-19 Weekly Epidemiological Update released by WHO on 4th May 2021, India accounted for 46% of the new global Covid-19 cases, with over 29.4 million Indians contracted with the deadly virus in totality. Additionally, India accounted for 26% of global death in that week, with over 0.37 million citizens having succumbed to Covid-19 since the pandemic has begun. Furthermore, a data suggested that around 20% of people who contract coronavirus show no symptoms and being around them could be a great risk. Ignorance towards the government guidelines about social gathering has resulted in a huge spike of cases. Thus, taking all of this into consideration the objective of the project “Automated Door System Using Arduino for Crowd Management” is to reduce or to an extent totally eliminate the manual work that goes into opening and closing doors using a PIR sensor to detect people and an Arduino Uno as the microcontroller. Furthermore, we intend to only allow a certain number of restricted people in the room, in accordance with the government's social distancing guidelines, in order to help stop or reduce the spread of the deadly virus.
基于Arduino的人群管理自动门系统
根据世卫组织2021年5月4日发布的《COVID-19每周流行病学更新》,印度占全球新发COVID-19病例的46%,共有2940多万印度人感染了这种致命病毒。此外,印度在那一周占全球死亡人数的26%,自疫情开始以来,已有超过37万人死于Covid-19。此外,一项数据显示,大约20%的感染冠状病毒的人没有任何症状,和他们在一起可能会有很大的风险。对政府关于社交活动的指导方针的无知导致了病例的急剧增加。因此,考虑到所有这些因素,“使用Arduino进行人群管理的自动门系统”项目的目标是减少或在一定程度上完全消除使用PIR传感器检测人员和Arduino Uno作为微控制器打开和关闭门的手动工作。此外,我们打算根据政府的社会距离指导方针,只允许一定数量的受限制人员进入房间,以帮助阻止或减少致命病毒的传播。
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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