运用中国人骨成熟度标准——CHN计分法计算骨龄值，以此估计儿童的生长发育水平。
The standards of estimating skeletal maturity of the hand and wrist for Chinese CHN scoring method were applied to assess the bone age of Chinese children.
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.
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.
目的旨在建立计算机化骨龄测量系统，提高临床判断儿童生长发育的准确性和速度。
Objective This study was to development a computer system for assessing bone age which would analyse children′s growth level accurately and quickly .
在此基础上建立计算机骨龄评定信息系统，使骨龄评定实现计算机化。
The computerized bone age assessment information system was then set up to make the assessment process of bone age done by computer.
根据美国和欧洲的分级系统测量标志的里塞尔，计算数字骨龄，评估软骨骨化。
The Risser sign was measured according to both the United States and European grading systems. Digital skeletal age was calculated, and triradiate cartilage ossification was assessed.
根据美国和欧洲的分级系统测量标志的里塞尔，计算数字骨龄，评估软骨骨化。
The Risser sign was measured according to both the United States and European grading systems. Digital skeletal age was calculated, and triradiate cartilage ossification was assessed.
应用推荐