基于物联网和人脸识别的非吸烟区香烟烟雾检测系统

Somantri, Rizki Fauzi Ridwanullah, Hendra, D. Safitri
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引用次数: 2

摘要

印度尼西亚是东南亚国家联盟(ASEAN)中吸烟人数最多的国家之一,有6519万人。这一数字相当于2016年印尼总人口的34%。有一项运动是在公共场所或非吸烟区停止吸烟,因为吸烟会对人有害。但有些人违反规定,仍然在校园、学校或医院等非吸烟区吸烟。印尼政府根据2009年颁布的第36号法令规定了禁止吸烟的场所。因此,需要一个监测系统来发现在禁烟区吸烟的违规者。香烟烟雾检测系统是基于人脸识别和人工智能技术的互联网。该烟雾探测系统采用树莓派B+、气体传感器(MQ-2)、GPS和摄像头以及数据通信设计。我们需要通过WiFi或以太网连接互联网,将数据传输到数据库服务器。当传感器立即释放香烟时,系统将向管理员发送通知。该系统还会发送吸烟者的位置和照片。该系统将处理并识别吸烟者的身份。该系统有望实现对智慧城市或智慧校园的支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cigarette Smoke Detection System for Non-Smoking Areas Based on IoT and Face Recognition
Indonesia is one of country with the highest number of smokers in Association of Southeast Asian Nations (ASEAN), 65.19 million people. This figure is equivalent to 34 % of the total population of Indonesia in 2016. There is a campaign to stop smoking in public places or Non-Smoking Areas because smoke can harm people. But some people violate and still smoke in Nonsmoking areas such as in Campus, School, or hospital. The Indonesian government has arranged forbidden places to smoke according to the Law of the Republic of Indonesia No.36 of 2009. Therefore a monitoring system is needed to detect offenders who smoke in no-smoking areas. Cigarette smoke detection system has made based on internet of face recognition and artificial intelligence technologies. This smoke detection system has designed using a raspberry pi B+, a gas sensor (MQ-2), GPS and camera, and data communication. We need an internet connection via WiFi or Ethernet to transfer data to the database server. When the Sensor releases the cigarette immediately, the system will send a notification to the administrator. The system also sends location and photos of smokers. The system will process and identify the smoker's identity. This system is expected to be implemented to support the smart city or smart campus.
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