Intelligent Trash Bin (ITB) with Trash Collection Efficiency Optimization using IoT Sensing

H. Sohail, Saif Ullah, Asim Khan, Omar Bin Samin, Maryam Omar
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引用次数: 7

Abstract

As population increases rapidly with the passage of time due to which waste production is also increasing which badly effects the environment. All wastes cannot be decomposed and may produce bad smell and methane gas, increasing land and water pollution. Hence serious waste management is required. Concerned authorities face numerous problems while collecting waste like continuous checking of trash bins status (empty or full) to remove all waste at appropriate time. Existing manual systems of waste management are more costly and require more human resources This research proposes a solution for the sustainability of waste management. The system is divided into two parts: 1) Intelligent Trash Bin (ITB) and 2) Efficiency optimization for trash Collection. ITB is an IoT based automated trash bin which sends notification autonomously to the concerned authority, when it gets filled or fire is detected in it. Android application is used to receive notification from server and waste collector gets navigation targeted ITB's location. The Efficiency optimization for trash Collection is achieved as System checks status of every trash bin within 500 meters radius of vehicle to optimize waste collection efficiency.
利用物联网传感优化垃圾收集效率的智能垃圾桶
随着人口的迅速增长,随着时间的推移,废物的产生也在增加,这严重影响了环境。所有的废物都不能分解,并可能产生难闻的气味和甲烷气体,增加土地和水污染。因此,需要进行认真的废物管理。有关当局在收集废物时面临许多问题,例如不断检查垃圾箱的状态(空或满),以便在适当的时候清除所有废物。现有的人工废物管理系统成本较高,需要更多的人力资源。本研究为废物管理的可持续性提出了一个解决方案。该系统分为两个部分:1)智能垃圾桶(ITB)和2)垃圾收集效率优化。ITB是一个基于物联网的自动垃圾桶,当它被填充或在其中检测到火灾时,它会自动向有关当局发送通知。Android应用程序用于接收来自服务器的通知,废物收集器获得针对ITB位置的导航。通过系统对车辆半径500米内的每个垃圾桶进行状态检测,优化垃圾收集效率,实现垃圾收集效率的优化。
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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