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    Development of the Instrumentfor Diagnosis and Therapy of Human Body Information Based on Expert Database
    基于专家数据库的人体信息诊疗仪的研制
    Research on the Methods of Medical Image Edge Detection Based on 3D Visualization of Body Information
    基于人体信息三维可视化的医学图像边缘检测算法研究
    Study of Information Acquisition Technology for Digital Human Body
    数字人体信息获取技术研究
    Digital virtual figure study aims to establish by computer techniques a human body model with three-dimensional organs and physiological functions.
    数字化虚拟人体研究是关于真实人体信息数字化的研究,借助计算机技术,建立三维显示人体器官结构和生理功能的计算机模型。
    In this article the conception of digital human body is expounded first and then infomation acquisition technology for digital human body——infrared and multi - spectra technology is described and the application of infrared and multi - spectra technology to the study of acupuncture——channels and collaterals is presented, and finally the role of information acquisition technology in the study of digital human body is summed up.
    本文首先阐述了数字人体的概念,然后描述了数字人体的信息获取技术:红外技术和多光谱技术,接着重点介绍了红外技术和多光谱技术在针灸-经络研究中的应用,最后总结了信息获取技术在数字人体研究中的作用
    Development of the Instrument for Diagnosis and Therapy of Human Body Information
    人体信息诊疗仪的研制
    Development of a human informational diagnostic and therapeutic apparatus on the basis of computer professional database
    基于电脑专家数据库的人体信息诊疗仪的研制(英文)
    The Project "Virtual Chinese Human(VCH)" is a result of combination of advanced modem techniques covering many fields such as computer science and anatomy. Its goal is to provide digitized information of the human body for further studies in those fields, especially in medicine.
    “中国数字化虚拟人(Virtual Chinese Human,VCH)”是综合运用现代技术,特别是计算机图形图像技术,与临床解剖学相结合,对人体信息的数字化进行科学探索,为医学以及多学科的研究与应用提供基础的重大项目。
    The combination of biomedicine IT and computer science make digital human-body to be hot and advanced topics of biomedical engineering for research and application.
    生物医学与信息技术、计算机技术的结合,使人体信息数字化成为生物医学工程研究与应用中的热点和前沿问题。
    Different modility of medical images provides different medical information, so we can not get comprehensive information from only one modility image.
    不同模态的医学图像从不同角度反映人体信息,仅从某一种图像无法对病人进行全面诊断。
    Aiming at the research item about 3D rebuilding and visualization of body information system, the author discusses the technique of medical image edge detection emphatically.
    针对人体信息系统的三维重建与可视化这一研究课题,本文着重探讨了医学图像边缘检测技术。
    Firstly, this paper describes the research course and application of body information system; then, the research background, present situation and research results, both domestic and abroad, of the edge detection are surveyed systematically and comprehensively.
    首先简单的叙述了人体信息系统的研究过程与应用,然后系统地、较全面地综述了边缘检测的历史背景、研究现状、国内外研究成果及各种方法的优缺点和适用范围。
 

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