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A novel method using neural networks for age estimation in children

机译:一种使用神经网络进行儿童年龄估计的新方法

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摘要

In this study, an automated system using a novel method and artificial neural networks (ANN) to assess bone age of children from hand radiographs is proposed. Bone age is estimated accurately by utilizing distal radius, ulna and their epiphysis for skeletal maturity assessment. With the system designed using the method and ANN, bone age assessment become possible without any guidance of radiologists and applicable in a very short time. Not only sharp and high quality radiographs but also degraded ones can be used for skeletal maturation assessment in this system. Moreover, the system is not required the radiographs exposed in any exact standard, angle or distance. The proposed system is tested with 32 hand radiographs of various ages which are assessed by two radiologists. As a result, bone ages are assessed mean error of 0.52 year by the system.
机译:在这项研究中,提出了一种使用新型方法和人工神经网络(ANN)从手部X光片评估儿童骨龄的自动化系统。通过利用distal骨远端,尺骨及其骨physi进行骨骼成熟度评估,可以准确估算骨龄。通过使用该方法和人工神经网络设计的系统,无需放射科医生的指导即可进行骨龄评估,并且可以在很短的时间内应用。在该系统中,不仅可以使用清晰,高质量的X射线照片,而且可以使用退化的X射线照片进行骨骼成熟度评估。而且,该系统不需要以任何精确的标准,角度或距离曝光的射线照片。所建议的系统用32张不同年龄的X光片进行了测试,并由两名放射科医生进行了评估。结果,系统估计骨骼年龄为0.52年的平均误差。

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