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基于深度学习的植物叶片分类系统设计

esign of Plant Leaf Classification System Based on Deep Learning

中文摘要英文摘要

植物分类是保护植物多样性的有效方式,由于植物叶片纹理,颜色与形态结构各异,植物叶片是区别植物种类的重要依据,也对植物分类的研究有着重要意义。然而,传统的人工植物叶片分类因具有主观性强,工作量大的特点,分类的准确率较低。本文进行如下工作。首先本文选用kaggle网站上的开源数据集,数据集包含5种植物叶片,划分数据集为训练集与测试集。选用AGG19、ResNet50和AlexNet这三种深度学习网络在同一数据集下进行建模和训练。通过比较,最终选用ResNet50作为系统的核心算法。最后,本文使用Qt Designer与PyUIC工具设计系统。Qt Designer设计系统界面时操作简单且能实现多种功能。PyUIC能将设计好的UI界面转换成Python文件方便进行编程。

Plant classification is an effective way to protect plant diversity, and it is an important basis for distinguishing plant species due to the different textures, colors, and morphological structures of plant leaves, and it is also of great significance to the study of plant cDesign of Plant Leaf Classification System Based on Deep Learninglassification. However, the traditional classification of artificial plant leaves has a low accuracy due to its strong subjectivity and large workload.In this article, we will do the following.First, this paper uses the open-source dataset on the Kaggle website, which contains five plant leaves. The dataset is divided into a training set and a test set. Three deep learning networks, AGG19, ResNet50 and AlexNet, were selected for modeling and training under the same dataset. Through comparison, Resnet50 was finally selected as the core algorithm of the system.Finally, this paper uses Qt Designer and PyUIC tools to design the system. Qt Designer designs the system interface to be easy to use and versatile. PyUIC converts the designed UI into a Python file for easy programming.

李柯菲、裴方瑞、金鑫

植物学生物科学现状、生物科学发展计算技术、计算机技术

深度学习GG19ResNet50lexNet

deep learningAGG19ResNet50AlexNet

李柯菲,裴方瑞,金鑫.基于深度学习的植物叶片分类系统设计[EB/OL].(2024-09-26)[2025-08-21].http://www.paper.edu.cn/releasepaper/content/202409-45.点此复制

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