Odontoai
收藏资源简介:
在本研究中,我们采用了名为“Odontoai”的数据集,以训练和改进YOLOv8-seg模型,旨在实现牙片牙齿图像的高效分割。该数据集的独特之处在于其涵盖了52个不同类别的牙齿,能够为模型提供丰富的训练样本,从而提升其在实际应用中的表现。每个类别代表了特定类型的牙齿,具体包括从牙齿11到牙齿85的多个编号,这些编号不仅具有科学性,还为牙科专业人员提供了便于识别和分类的标准。数据集的构建过程经过严格的标准化和标注,确保每个图像都经过专业牙科医生的审核,标注的准确性和一致性得到了保障。这种高质量的标注为模型的训练提供了坚实的基础,使得YOLOv8-seg在牙齿图像分割任务中能够更好地理解和识别不同类型的牙齿结构。此外,数据集中的图像样本涵盖了多种拍摄角度、光照条件和背景环境,进一步增强了模型的泛化能力。
In this study, we adopted the dataset named "Odontoai" to train and optimize the YOLOv8-seg model, aiming to achieve efficient segmentation of dental radiographic tooth images. What distinguishes this dataset is that it covers 52 distinct tooth categories, which can provide abundant training samples for the model, thereby improving its performance in real-world applications. Each category represents a specific type of tooth, specifically including multiple numberings from tooth 11 to tooth 85. These numberings are not only scientifically rigorous but also provide a standardized framework for dental professionals to facilitate identification and classification. The dataset was constructed through rigorous standardization and annotation procedures, ensuring that every image was reviewed by professional dentists, thus guaranteeing the accuracy and consistency of the annotations. This high-quality annotation provides a solid foundation for model training, enabling YOLOv8-seg to better understand and recognize different types of tooth structures in the dental image segmentation task. Furthermore, the image samples in the dataset cover a variety of imaging angles, lighting conditions, and background contexts, which further enhances the generalization ability of the model.
牙片牙齿图像分割系统源码&数据集分享
数据集信息
数据集概述
- 数据集名称: Odontoai
- 数据集大小: 2000张牙齿图像
- 类别数: 52
- 类别名称:
- [tooth-11, tooth-12, tooth-13, tooth-14, tooth-15, tooth-16, tooth-17, tooth-18, tooth-21, tooth-22, tooth-23, tooth-24, tooth-25, tooth-26, tooth-27, tooth-28, tooth-31, tooth-32, tooth-33, tooth-34, tooth-35, tooth-36, tooth-37, tooth-38, tooth-41, tooth-42, tooth-43, tooth-44, tooth-45, tooth-46, tooth-47, tooth-48, tooth-51, tooth-52, tooth-53, tooth-54, tooth-55, tooth-61, tooth-62, tooth-63, tooth-64, tooth-65, tooth-71, tooth-72, tooth-73, tooth-74, tooth-75, tooth-81, tooth-82, tooth-83, tooth-84, tooth-85]
数据集构建
- 标准化和标注: 数据集经过严格的标准化和专业牙科医生的审核,确保标注的准确性和一致性。
- 图像多样性: 图像样本涵盖多种拍摄角度、光照条件和背景环境,增强模型的泛化能力。
数据集使用
- 数据划分: 数据集划分为训练集、验证集和测试集,用于模型的训练和评估。
- 应用场景: 数据集用于训练和改进YOLOv8-seg模型,实现牙片牙齿图像的高效分割。
研究背景与意义
- 应用领域: 计算机视觉在医疗领域的应用,特别是牙科图像处理。
- 研究目标: 开发高效的牙齿图像分割系统,提高牙科诊断和治疗的精准度。
- 技术优势: 基于改进的YOLOv8模型,具有高效的实时检测能力和较高的准确性。
系统功能
- 模型适配: 适配YOLOV8的“目标检测”模型和“实例分割”模型。
- 识别模式: 支持“图片识别”、“视频识别”、“摄像头实时识别”三种识别模式。
- 结果保存: 支持识别结果自动保存并导出到指定目录。
- Web前端: 支持Web前端系统中的标题、背景图等自定义修改。
数据集图片演示
- 图片展示:












