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.
一个清晰的写作风格解释了如何塑造一个精确的人体数字，首先是骨骼和工作出肌肉，脂肪和皮肤。
A clear writing style explains how to sculpt an accurate human figure, starting with the skeleton and working out to muscle, fat, and skin.
大多数的读者都知道它包括获得数字形式的解剖图形，放大这些图形，并且帮助人体专家对它们进行分析。
Most readers know that it involves capturing anatomical images in digital form, enhancing them, and helping human experts analyze them.
根据后来的报告显示，当时志愿者们都认为他们是在参加一个关于人体工程学的实验，没人想到这些数字可能与某些单词存在关联。
Volunteers believed they were participating in a study on ergonomics—in the debriefing afterward, none had any idea that the numbers might relate to words.
目的研究虚拟现实技术在数字人体数据集上的应用。
Objective To study the application of virtual reality technology in digital human dataset.
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.
世界卫生组织(世卫组织)估计，全球有10多亿人体重过重，并且如果目前的趋势继续下去，到2015年该数字将增加至15亿。
The World Health Organization (WHO) estimates that over one billion people are overweight globally, and that if current trends continue, that number will increase to 1.5 billion by 2015.
然后讨论了数字人体的无级比例尺信息处理流程和多种数据的融合技术。
The stepless scale information dealt flow of digital human body and introject technique of multi-data were discussed then.
最后给出了数字人体系统的全息信息与记忆信息模型。
Finally holographic information and memory information model of digital human body system were given.
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.
为深入认识数字人体连续动态系统的稳定性提供了理论基础。
A theoretical basis was provided for recognizing the stability of digital human body continuous dynamic system.
然后，论述了数字人体标准化构建基本策略；
The basic strategy of digital human body standardization construction was dissertated then.
本文首先介绍了数字人体无级比例尺数据管理技术的研究内容；
The studying contents of stepless scale data management technique of digital human body were introduced firstly in this paper.
为数字人体经络的信息获取提供了技术方法。
It provided technique methods for information obtaining of Jingluo of digital human body.
利用超声回波作人体组织的断层显象并用数字处理方法提高成象质量是诊断医学的重要技术之一。
To obtain the tomograph of body tissues by ultrasonic echoes and then to improve the quality of images by digital processing method is one of the important techniques of medical diagnosis.
为数字人体研究提供了重要技术支持。
It provided an important technological support for study of digital human body.
最后，阐述了数字人体的网格gis。
本文从整体到局部的思路讨论了数字人体系统物质组成。
Substance composing of digital human body system was discussed according to the thought from whole to local in this paper.
本文将讨论数字人体的离散动态系统，主要研究离散动力学与离散混沌。
The author will discuss the discrete dynamic system of digital human body in this paper. The discrete dynamics and discrete chaos will be mainly studied.
最后以经络为例，简述了数字人体研究示范。
Finally, in the Jingluo for an instance, study demonstration of digital human body was introduced briefly.
试验结果表明，运用数字图象处理技术显示人体血管病变具有良好的效果。
Experimental results show that digital image processing technique is fairly efficient for displaying vascular diseases.
研究表明，人体皮肤的FIR数字辐射波长3 - 50微米的范围内。
Research shows that the FIR wavelengths radiated by human skin is in the 3-50 micron range.
将基于人体测量参数的数字人体模型应用于载人航天器设计方案的仿真评价对发现设计缺陷，提高整个系统的安全可靠性具有重要意义。
It is very important to find design defects and to improve the system reliability when digital human models based on anthropometric data are applied in simulation of manned spacecraft design scheme.
本文在数字人体标准化体系研究基础上，开展了数字人体通用标准和专业标准体系的研究。
On the basis of study on standardization system of digital human body, currency standard and speciality standard system of digital human body was studied in this paper.
目的建立数字散斑相关分析(DSCM)测量人体软骨拉伸性能的新技术和应用方法。
Objective To establish a new technique for evaluation of the tensile property of articular cartilage using digital speckle correlation method (DSCM).
本文主要阐述了数字人体信息获取的热红外技术基础和数字人体信息获取的热红外技术应用。
The heat infrared technology basis and heat infrared technology application of information acquisition of digital human body were mainly described in this paper.
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.
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).
本文主要探讨了人体神经系统，得到了一些有关人体系统的重要认识，这对数字人体的模拟与构建具有很重要的启示意义。
This paper mainly discusses human neural system, acquires some knowledge about human system and provides some important inspirations to simulating and building digital body.
本文主要探讨了人体神经系统，得到了一些有关人体系统的重要认识，这对数字人体的模拟与构建具有很重要的启示意义。
This paper mainly discusses human neural system, acquires some knowledge about human system and provides some important inspirations to simulating and building digital body.
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