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A Comprehensive Image Dataset of Plum Leaf and Fruit for Disease Detection and Classification

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DataCite Commons2025-05-01 更新2025-05-17 收录
下载链接:
https://data.mendeley.com/datasets/w7sdx55m7z
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资源简介:
The Plum Leaf and Fruit Disease Dataset is a comprehensive collection of images designed to facilitate research in computer vision, machine learning, and deep learning for plant disease identification and classification. This dataset includes images of plum leaves and fruits affected by various diseases, enabling researchers to develop automated detection systems for early diagnosis and prevention in agriculture. Original Dataset: - Number of images: 3,554 - Data format: .jpeg, .jpg Processed Dataset: - Number of images: 3,554 - Data format: .jpg Augmented Dataset: - Number of images: 18,000 - Data format: .jpg Augmentation Techniques: 1. Rotation; 2. Flipping; 3. Brightness; 4. Contrast adjustments; 5. Blurring; 6. Shearing; and 7. Scaling Impact on Agricultural Disease Diagnosis: - Early Disease Detection: Automating disease detection reduces dependency on manual inspection, allowing farmers to take preventive measures promptly. - Precision Agriculture: AI-driven models assist in targeted pesticide application, reducing environmental impact and costs. - Scalability & Deployment: The dataset can be used to develop real-time mobile applications for farmers, integrated with IoT-based smart farming systems.

李属叶片与果实病害数据集(Plum Leaf and Fruit Disease Dataset)是一套专为支撑植物病害识别与分类任务下的计算机视觉、机器学习及深度学习研究而打造的综合性图像数据集。本数据集收录了受多种病害侵染的李子叶片与果实图像,可助力研究人员开发自动化检测系统,以实现农业领域的病害早期诊断与防控。 原始数据集: - 图像总量:3554张 - 数据格式:.jpeg、.jpg 预处理数据集: - 图像总量:3554张 - 数据格式:.jpg 增强数据集: - 图像总量:18000张 - 数据格式:.jpg 数据增强技术: 1. 旋转;2. 翻转;3. 亮度调整;4. 对比度调整;5. 模糊处理;6. 剪切变换;7. 缩放变换 对农业病害诊断的应用价值: - 病害早期检测:自动化病害检测可降低人工巡检的依赖程度,使农户能够及时采取防控措施。 - 精准农业:人工智能驱动的模型可辅助精准施药,降低环境影响与种植成本。 - 可扩展性与落地部署:本数据集可用于开发面向农户的实时移动应用,并与基于物联网(IoT)的智能农业系统集成。
提供机构:
Mendeley Data
创建时间:
2025-03-03
搜集汇总
数据集介绍
main_image_url
背景与挑战
背景概述
该数据集是一个专注于李子树叶片和果实疾病检测与分类的图像集合,包含3,554张原始图像和通过增强技术生成的18,000张图像,用于支持计算机视觉和深度学习研究。其目标是促进农业疾病诊断的自动化,实现早期检测、精准农药应用和可扩展的实时应用开发,助力智能农业发展。
以上内容由遇见数据集搜集并总结生成
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