Coffee Bean Inspection Machine with Deep Learning Classification

Terisara Micaraseth, Khemwutta Pornpipatsakul, R. Chancharoen, G. Phanomchoeng
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引用次数: 1

Abstract

In coffee production process, after harvest often find defective coffee beans mixed with normal coffee beans. So a coffee bean inspection machine is made to classify the defects in a short time and high efficiency. The conveyor is controlled by the Raspberry Pi 4 and the camera mounting on the conveyor is for capturing images and uploading on the google drive. Then the images are analyzed by using deep learning 3 models consisting of Enhanced, ResNet-50 and AlexNet model for training image, validation image and test image. The most efficiency model is ResNet-50, which has an accuracy of 93.33%. That means it can classify the defect accurately and save working time to classify the coffee beans. From other research, coffee beans were capture image when the coffee beans place in groups. But in this research, The coffee beans are feed out of the feed machine. Run automatic shooting from a real production line through a moving on belt. and analyzed through the highest accurancy at 93.3%. Based on other literature comparisons, the accuancy was similar in the range.
具有深度学习分类的咖啡豆检测机
在咖啡生产过程中,采收后经常发现有缺陷的咖啡豆与正常的咖啡豆混在一起。为此,研制了一种能在短时间内、高效率地对缺陷进行分类的咖啡豆检测机。传送带由树莓派4控制,安装在传送带上的摄像头用于捕捉图像并上传到谷歌驱动器上。然后使用Enhanced、ResNet-50和AlexNet模型对训练图像、验证图像和测试图像进行深度学习分析。效率最高的模型是ResNet-50,准确率为93.33%。这意味着它可以准确地分类缺陷,节省了对咖啡豆进行分类的工作时间。从另一项研究中,当咖啡豆成组放置时,咖啡豆被捕获图像。但在本研究中,咖啡豆是饲料机的饲料。从实际生产线上通过移动带进行自动拍摄。通过分析,准确率最高达到93.3%。根据其他文献比较,准确度在范围内相似。
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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