结论土家族成年男性头面部软组织厚度存在部位和年龄差异。
Conclusions: There exist position and age difference in the depth of craniofacial soft tissue of Tujia nationality grown men.
介绍了用人工神经网络算法确定待复原颅面的软组织厚度及颅面特征点的方法。
Introducing a method to determine facial tissue thickness and facial landmarks using the algorithm of artificial neural network.
目的探讨B超测定足月胎儿肱骨头皮下软组织厚度在预测新生儿体重方面的价值。
Objective To investigate the value of B ultrasound (B-US) in measuring the thickness of soft tissue of humerus head of fetus in forecasting newborn birth weight.
目的：测量西安市女性青少年正畸患者面部软组织厚度，并分析其数学比例关系，探讨其特征。
Objective to measure the craniofacial soft tissue thicknesses of female juvenile orthodontic patients in Xi an and to analyze its mathematics ratio relation, discuss the feature of them.
个体因素对颜面上下部软组织厚度有不同影响，下面部软组织厚度受个体因素影响较上面部大。
Though personal differences have different influences over the soft tissue depth of facial part, the influences over the inferior facial part are greater.
方法超声测量胎儿颈后软组织厚度、双顶颈、股骨长径、腹围、应用线性回归方程求出各指标与胎儿体重的关系。
Methods Measure the depth of the soft tissue in the back neck of fetus, Biparietal diameter(BPD) , femur length(FL) and abdominal circumference(AC), and apply linear regression equation.
为了真实重现受害人的3维容颜，提出了一种基于螺旋CT的3维颅骨重建影像的3维凸包软组织厚度计算方法。
In order to reconstruct 3D appearance truly, a new method of calculating parenchyma thickness is put forward in this paper. It is mainly based on convhull method with spire CT.
采用空间点到点欧氏距离公式实现特征点处软组织厚度的快速测量。3颅面复原知识库构建及知识推理策略制定。
Then a fast measurement was achieved by calculating the Euclidean distance between points. 3 Constructing the knowledge base and inference strategy.
在颅骨面貌复原中为了真实反映面部软组织的厚度信息，需要沿法线方向进行三维深度测量。
To get exact thickness information of facial parenchyma in facial reconstruction system, 3D depth measurement following normal direction must be used.
在颅骨面貌复原中为了真实反映面部软组织的厚度信息，需要沿法线方向进行三维深度测量。
To get exact thickness information of facial parenchyma in facial reconstruction system, 3D depth measurement following normal direction must be used.
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