Quantitative cephalometric analysis is the most widely used clinical and research tool in modern orthodontics. Accurate localization of cephalometric landmarks enables the quantification and classification of anatomical abnormalities, however, the traditional manual way of marking these landmarks is a very tedious job. Endeavours have constantly been made to develop automated cephalometric landmark detection systems but they are inadequate for orthodontic applications. The fundamental reason for this is that the amount of publicly available datasets as well as the images provided for training in these datasets are insufficient for an AI model to perform well. To facilitate the development of robust AI solutions for morphometric analysis, we organise the CEPHA29 Automatic Cephalometric Landmark Detection Challenge in conjunction with IEEE International Symposium on Biomedical Imaging (ISBI 2023). In this context, we provide the largest known publicly available dataset, consisting of 1000 cephalometric X-ray images. We hope that our challenge will not only derive forward research and innovation in automatic cephalometric landmark identification but will also signal the beginning of a new era in the discipline.
翻译:翻译后标题:CEPHA29:自动测量颅形标记挑战赛2023
翻译后摘要:定量颅形分析是现代正畸学中最广泛使用的临床和研究工具。准确定位颅形标记可以实现解剖异常的量化和分类,然而,传统的手动标记方法非常繁琐。人们不断努力开发自动颅形标记检测系统,但它们对正畸学应用不够充分。其根本原因是公开可用数据集的数量以及这些数据集中用于训练的图像都不足以使AI模型表现良好。为了促进形态测量分析方面的稳健AI解决方案的开发,我们与IEEE国际生物医学成像研讨会(ISBI 2023)一起组织了CEPHA29自动测量颅形标记检测挑战赛。在此背景下,我们提供了目前公开可用的最大数据集,包括1000张颅形X线图像。我们希望我们的挑战不仅可以推进自动颅形标记识别的前沿研究和创新,而且还标志着该学科开启了新时代。