Enhancing Technological Development Using Novel Internet Of Things Solutions: The Smart-Bin Project

Dimitris Ziouzios, Nikolaos Baras, M. Dasygenis, C. Tsanaktsidis
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引用次数: 1

Abstract

Because of the constantly increasing population of the Earth and the modern-day life, the municipal waste creation rate constantly grows. Organic and non-organic recyclable waste, which is a large part of the municipal solid waste generated, has caused increasing environmental concerns. The process of recycle is crucial for environmental sustainability. According to estimations from the United States Environmental Protection Agency, around 75 percent of the total waste can be recycled; and we only recycle 25 percent. The rest of the non-recycled waste is land filled and incinerated. By implementing new and novel recycling techniques, we can increase the recycling percentage and preserve natural resources and reuse the byproduct as industrial materials. The present paper presents an inexpensive yet reliable Smart Recycle Bin that based on modern technologies, such as environmental sensors and the LoRaWAn protocol to assist with the recycle process and automate the waste classification process. The proposed system can achieve 94.7% accuracy while it keeps the implementation costs & complexity low, compared to similar projects found in literature.
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利用新颖的物联网解决方案促进技术发展:智能垃圾箱项目
由于地球上不断增长的人口和现代生活,城市垃圾产生率不断增长。有机和非有机可回收废物占城市固体废物的很大一部分,已引起越来越多的环境问题。回收过程对环境的可持续性至关重要。根据美国环境保护署(United States Environmental Protection Agency)的估计,大约75%的垃圾可以回收利用;我们只回收了25%。其余的不可回收的废物被填埋和焚烧。通过实施新的回收技术,我们可以提高回收率,保护自然资源,并将副产品重新用作工业材料。本文介绍了一种廉价而可靠的智能回收箱,它基于现代技术,如环境传感器和LoRaWAn协议,以协助回收过程和自动化废物分类过程。与文献中发现的类似项目相比,所提出的系统可以达到94.7%的准确率,同时保持了较低的实施成本和复杂性。
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