The use of Artificial Intelligence for Automatic Waste Segregation in the Garbage Recycling Process

J. Bobulski, M. Kubanek
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Abstract

The problem of recycling secondary raw materials remains unresolved, despite many years of work on this issue. Among the many obstacles that arise is also the difficulty of sorting individual waste fractions. To facilitate this task and help solve this problem, modern computer vision and artificial intelligence techniques can be used. In our work, we propose constructing an intelligent garbage bin containing a camera and a microcomputer along with software that uses these techniques to sort waste. The role of the software is to recognize the type of waste and assign it to one of five main categories: paper, plastic, metal, glass and cardboard. The proposed method uses image recognition techniques with a convolutional neural network. The results confirm that using artificial intelligence methods significantly helps in sorting waste. The proposed solution can be used in homes and public places such as parks, cinemas or playgrounds.
在垃圾回收过程中使用人工智能进行自动垃圾分类
尽管在这个问题上进行了多年的工作,但回收二次原料的问题仍然没有得到解决。在出现的许多障碍中,分类单个废物馏分也很困难。为了促进这项任务并帮助解决这个问题,可以使用现代计算机视觉和人工智能技术。在我们的工作中,我们建议建造一个智能垃圾桶,其中包含一个摄像头和一个微型计算机以及使用这些技术进行垃圾分类的软件。该软件的作用是识别废物的类型,并将其划分为五个主要类别之一:纸张、塑料、金属、玻璃和纸板。该方法采用卷积神经网络图像识别技术。研究结果证实,使用人工智能方法对垃圾分类有很大帮助。该解决方案可用于家庭和公共场所,如公园、电影院或游乐场。
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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