Detection and Classification of Defective Fresh Excelsa Beans Using Mask R-CNN Algorithm

A. Yumang, Ma. Chloe M. Sta. Juana, Regina Liza C. Diloy
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引用次数: 9

Abstract

This study focuses on creating a system that detects and classifies defective fresh Excelsa beans. Mask R-CNN is a Convolutional Neural Network model that predicts classes and generates bounding boxes and segmentation masks for each class. The pre-trained model that will be used is called Detectron2 Mask R-CNN, and it will be trained in the Google Colab to learn the features of each Defective Fresh Excelsa bean, namely, Black Bean, Sour Bean, Cut Bean, and Insect Damaged Bean. To test the model’s accuracy in detecting and classifying the model, the researchers will use the Raspberry Pi 4 with a camera and take a picture of 40 fresh Excelsa beans. The system will automatically detect and classify the Fresh Excelsa bean. Then the output will be displayed in the Raspberry Pi LCD. With the gathered data, the model achieved an accuracy of 87.5%.
基于掩模R-CNN算法的鲜Excelsa豆缺陷检测与分类
本研究的重点是创建一个检测和分类有缺陷的新鲜Excelsa豆的系统。Mask R-CNN是一种卷积神经网络模型,用于预测类并为每个类生成边界框和分割掩码。将使用的预训练模型称为Detectron2 Mask R-CNN,它将在Google Colab中进行训练,以学习每一种有缺陷的新鲜Excelsa豆的特征,即黑豆,酸豆,切豆和虫损豆。为了测试模型在检测和分类模型方面的准确性,研究人员将使用带有相机的树莓派4,并拍摄40颗新鲜Excelsa豆的照片。该系统将自动检测和分类新鲜Excelsa豆。然后在Raspberry Pi LCD上显示输出结果。利用收集到的数据,该模型的准确率达到87.5%。
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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