小波去噪声技术应用于计算机骨龄评价系统中的指骨识别能提高骨龄评价的准确度。
Noise reduction with wavelet analysis used in phalange recognition of computerized skeletal age assessment system can enhance the precision of skeletal age assessment.
本文所述无胶片化骨龄评价系统的研制，就是在此背景下提出的。
The system of bone age assessment without film is put forward under this background.
实验结果表明，本算法有利于提高骨龄的计算精度和速度，减少人为评价误差对骨成熟度评价结果的影响。
Through experiments, the algorithm is proved effective in enhancing the precision and speed of calculation of skeletal age and decreasing the impact of man-made evaluation error.
目的制订青少年骨龄标准身高、体重和体重指数生长图表，为年龄推测时评价青少年基本发育状况提供参考。
Objective The growth charts of height, weight and body mass index (BMI) based on skeletal age were prepared for evaluating adolescent growth and development in age estimation for adolescent.
因此，以生活年龄和骨龄进行体质评价和竞赛分组肯定存在着一定的局限性、片面性和不合理性。
It was shown that there were limitation, one-sidedness and irrationality in the constitution evaluation and the competition grouping, which were processed by the age and bone age.
提出一个基于手部x光图像骨龄自动评价算法，并设计和实现一个骨龄评价系统。
This paper proposes an automatic bone age assessment algorithm, designs and implements a bone age assessment system.
提出一个基于手部x光图像骨龄自动评价算法，并设计和实现一个骨龄评价系统。
This paper proposes an automatic bone age assessment algorithm, designs and implements a bone age assessment system.
应用推荐