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Learning Orthodontic Cephalometry through Augmented Reality: A Conceptual Machine Learning Validation Approach

机译:通过增强现实学习正畸头脑测验法:概念机学习验证方法

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The orthodontic cephalometry which forms a quintessential radiographic examination provides a valuable diagnostic resource for everyday orthodontic diagnosis and treatment planning. The method of analyzing the lateral cephalometric radiograph (LCR) has been found to lack effective methods of landmark identification and objective validation. This drawback, with the use of augmented reality (AR) for 3D visualization and machine learning for objective validation, can be effectively incorporated into the learning of cephalometrics. The two technologies together can produce a learning platform by reducing subjective errors and its implications on treatment planning in addition to effectively eliminating dissonance in learning.
机译:形成典型射线照相检查的正畸头部测量法为日常正畸诊断和治疗计划提供了有价值的诊断资源。已经发现分析横向头颅射线照片(LCR)的方法缺乏有效的地标识别和客观验证方法。这种缺点在于使用增强现实(AR)用于3D可视化和机器学习的客观验证,可以有效地纳入Cephalometrics的学习中。两种技术一起可以通过减少主观误差及其对治疗计划的影响来产生学习平台,并在有效地消除学习中的不和谐。

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