在获得数据集的基础上，各国均开展了数字化人体的研究工作。
On the base of the data set, many countries developed the research of the Digital human body.
目的：为完成中国数字化人体及三维重建技术向教学和临床过渡奠定基础。
Objective: to complete the Chinese digital human body and three dimensional reconstruction and to make a base for teaching and clinic use.
方法本文阐述了一个用在放射治疗计划上来研究器官运动影响的四维数字化人体模型。
Methods This paper presents a 4D digital anatomical model for studying effects of organ motion on radiation treatment and delivery.
数字化人体技术在医学的诊断和治疗、人机工程、手术模拟等技术领域发挥了越来越大的作用。
The technology of Digital human body developed more and more important effect in the areas of medical diagnose and the therapy, human construction design and the operation simulating.
数字化虚拟人体研究是一项交叉性前沿学科，它的信息起源有美国可视人体计划、虚拟人体计划和数字化人体计划。
Digitalized virtual human study is an interdisciplinary frontier science, and its information comes from American visible human project, virtual human project and digital human project.
Shamir博士的小组数字化了拍摄于上世纪80年代的200张X射线的照片作为项目的一部分来证明人体的老龄化过程。
Dr Shamir’s team digitised 200 x-rays taken during the mid-1980s as part of a project to document the ageing of the human body.
目的：研究数字化虚拟人体肝脏数据集图像中肝脏及肝脏管道结构特征。
AIM: to study the morphological features of the hepatic sectional anatomy of digitized virtual human database.
目的：为数字化虚拟中国人的标本遴选，建立中国人体标准度评价体系。
Objective: To set up a evaluation system for choosing standard specimens of digital Virtual Chinese Human (VCH).
数字化虚拟人体数据集的开发及应用前景。
The exploitation and application prospect of digitized virtual human.
提出从中国数字化可视人体数据集中获取骨组织曲线、曲面模型的完整技术路线。
A whole technology way of reconstructing curve and surface model of skeletal tissue based on the Chinese digital human data was proposed.
目的探讨数字化可视人体图像的目标提取。
Objective to study on how to remove the background in the digital images of visible human body.
目的提供数字化可视人体有关喉软骨横断面的形态学资料和数字化可视模型，为影像学诊断及喉外科手术治疗提供形态学依据。
Objective to establish digitized visible model of the laryngeal cartilages of the visible human, providing morphological data for image diagnosis and laryngectomy.
人体曲面建模与自由变形方法是实现人体数字化的关键技术。
Body modeling and FFD (Free form Deformation) methods are key techniques in the field of body digitalization.
研究了服装数字化立体裁剪中的人体非接触式测量技术。
This article describes a non-contact body measurement system for garment design.
所获得的数字化可视人体大脑主要结构的体积等测量数据真实可靠，为构建大脑解剖模型积累了定量资料。
The volume data of the main structure of cerebrum is real and exact, and contributes to the quantitative data accumulation of the cerebral anatomic model.
绘制出数字化基因组图后，实验室技术人员就可以对症下药，通过改写计算机密码序列改变人体基因。
Digital genome maps will allow lab technicians to create customized prescriptions, altering individual genes by rewriting lines of computer code.
方法采用符合4项准则的轮廓线重建算法建立人体器官三维数字化模型。
Method Human organ models were built by contour reconstruction algorithm conforming to 4 criteria.
得益于“数字化人”的研究进展，人体器官的数字化三维模型的获取已经变的容易。
Benefited from the research progress of "digital human", the digital 3d models of human organs become easier to be obtained.
目的建立合适的人体器官三维数字化模型，为辐射剂量计算打下基础。
Objective To build proper three-dimensional models of human organs for radiation dose calculation.
目的建立合适的人体器官三维数字化模型，为辐射剂量计算打下基础。
Objective To build proper three-dimensional models of human organs for radiation dose calculation.
应用推荐