利用深度学习方法检测木瓜成熟度

S. Gayathri, T. Ujwala, C. Vinusha, N. Pauline, D.B. Tharunika
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引用次数: 1

摘要

木瓜是非季节性、采收期短,是一种具有营养价值的浆果类水果。2020财年的统计数据显示,印度的木瓜产量增加到600多万吨。木瓜的分级是由人工操作,这可能会导致错误分类。在分发分类木瓜包装的情况下,以及在客户购买时,水果成熟度的识别是重要的。早期提出了许多分类水果和蔬菜的项目,然而它们是使用机器学习算法完成的,而拟议的系统侧重于深度学习算法,特别是使用卷积神经网络(CNN)。卷积神经网络是一种深度学习技术,无需人工吸收即可识别特征。本系统使用的木瓜数据集由300张图像组成,其中每个类别(成熟、未成熟和部分成熟)有100张图像。所提出的模型预计具有最高的精度。
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Detection of Papaya Ripeness Using Deep Learning Approach
Papaya is a berry fruit with nutritional as well as real worth because to its non-seasonality and short harvesting period. The fiscal year 2020 statistics shows that the volume of papaya production increased to over six million metric tons in India. The grading of papayas is done by hand by human operators, which might lead to misclassifications. The identification of the ripeness of a fruit is important in case of distributing the classified papaya packages as well as in purchasing them by customers. Many projects were proposed earlier for classifying fruits and vegetables, however they were done using machine learning algorithms while the proposed system focuses on deep learning algorithm, especially using Convolution Neural Network (CNN). Convolution Neural Network is a deep learning technique that identifies features without the need for manual absorption. The papaya dataset which is used for this system consist of 300 images, in which each class (ripe, unripe and partially ripe) has 100 images. The proposed model is expected to have a maximum accuracy.
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