深度学习在舌象分割中的应用综述OA
Review of Deep Learning in Tongue Image Segmentation
中医舌诊的客观化、定量化研究是中医现代化发展中的重要课题,舌象分割作为舌象自动化分析的基础和前提,分割精度直接影响后续舌象特征分析的准确性.目前深度学习技术在舌象分割领域中取得显著进展,大幅提高分割的准确性和自动化水平.简要介绍了舌象分割的常用公开数据集和数据预处理方法,将现有方法按照网络架构特点划分为四大类,基于经典卷积神经网络(convolutional neural network,CNN)结构的分割方法、基于模块设计的方法、基于生成对抗网络的方法和基于Transformer的方法,并分别阐述各类方法的优势与局限性.总结分割后的舌象图像在疾病诊断中的应用,强调舌象分割在实现疾病智能诊断中的支撑作用,指出当前深度学习技术在舌象分割领域面临的挑战,如数据集规模有限和模型泛化能力不足等问题,并对该领域未来的研究方向做出展望.
The objectification and quantification of traditional Chinese medicine(TCM)tongue diagnosis is an important topic in the modernization of TCM.Tongue image segmentation,as the foundation and prerequisite for automated tongue image analysis,directly impacts the accuracy of subsequent feature analysis.Deep learning technologies have made signifi-cant progress in the field of tongue image segmentation,greatly improving segmentation accuracy and automation.This article briefly introduces commonly used public datasets and data preprocessing methods for tongue image segmentation.It then categorizes existing methods based on the characteristics of their network architectures into four main types:seg-mentation methods based on classic convolutional neural network(CNN)structures,methods based on modular design,methods based on generative adversarial networks,and methods based on Transformers.The advantages and limitations of each type are discussed.Next,the applications of segmented tongue images in disease diagnosis are summarized,emphasizing the role of tongue image segmentation in supporting intelligent disease diagnosis.Finally,this article points out the challenges faced by current deep learning techniques in the field of tongue image segmentation,such as limited dataset size,and insufficient model generalization ability.It also provides prospects for future research directions in this field.
崔亚君;倪燕;魏国辉
山东中医药大学 医学信息工程学院,济南 250355济宁医学院 医学信息工程学院,山东 济宁 257300山东中医药大学 医学信息工程学院,济南 250355
信息技术与安全科学
舌象分割深度学习舌象图像U-Net
tongue image segmentationdeep learningtongue imageU-Net
《计算机工程与应用》 2026 (1)
29-46,18
国家重点基础研究发展计划(2007CB512600)山东省自然科学基金(ZR2022MH203).
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