A Non-Invasive Method to Classify the Sweetness Levels of Apples

Chu-Hui Lee, Jhih-Chen Jhou
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Abstract

Since the ability of convolution Neural Networks (CNN) on image classification has been discovered by research workers. Many studies revealed using CNN on image classification can make a breakthrough continuously. The CNN can be used for many different researches. However, there is less study using CNN to classify or recognize the sweetness of the fruit. Therefore, this paper will use CNN model to develop a non-invasive classifier for the sweetness levels of the apples that are sweet, normal and not sweet. The researchers of this paper collected a total of 130 apples to generate the dataset. There are 130 average sweetness data of the apples and 1506 apples appearance images in the dataset. Also, five different parameter settings were used to train AlexNet. The results of training were compared and validated between each setting. The best experience result of training and validation accuracy comes to 99.86% and 81.00% separately in this paper. As a consequence, the result revealed CNN has ability on fruit sweetness classification.
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苹果甜度分级的非侵入性方法
卷积神经网络(CNN)在图像分类上的能力已经被研究人员发现。许多研究表明,使用CNN进行图像分类可以不断取得突破。CNN可以用于许多不同的研究。然而,很少有研究使用CNN来分类或识别水果的甜度。因此,本文将使用CNN模型,对甜、正常、不甜的苹果甜度等级进行无创分类器的开发。本文的研究人员共收集了130个苹果来生成数据集。数据集中有130张苹果的平均甜度数据和1506张苹果外观图像。此外,还使用了五种不同的参数设置来训练AlexNet。在每个设置之间比较和验证训练结果。本文训练和验证准确率的最佳体验结果分别为99.86%和81.00%。结果表明,CNN具有水果甜度分类的能力。
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