该系统接收诸如心率和呼吸等生物医学数据流，一旦婴儿状况恶化，它便会向医生发出警报。
It takes in streams of biomedical data, such as heart rate and respiration, and alerts doctors if the babies' condition worsens.
他们分析了1990年到2007年间10729份中枢神经系统肿瘤数据，然后在bmj.com（英国医学杂志在线网站）上发表了一篇报告。
They analysed data of 10, 729 central nervous system tumours between 1990 and 2007, says a report in bmj.com (the online site of the British Medical Journal).
移动立方体(MC)算法是基于规则体数据抽取等值面的经典算法，本文最后设计开发了一个基于MC算法的医学图像三维重建系统。
Marching cubes (MC) algorithm is a classical algorithm to extract iso-surface from regular volume data. At last, a medical images reconstruction system based on MC algorithm is developed.
医学领域的进步也要依靠软件，软件可以构建数据库并且理解复杂的系统程序。
The advances in medicine are dependent on software, software that can manage the databases and understand the complex systems.
医学影像处理系统以PXA255处理器的最小系统为核心，扩展了程序存储器、数据存储器、UART串口、USB和以太网接口。
The medical image processing system, which centers on the least system of the PXA255 processor, is expanded by adding program memory, data memory, UART, USB and Ethernet interface.
本文依据最新的医学健康促进模式，提出了高校教师疾病预警和服务体系，描述了基于数据仓库的疾病预警系统的框架，并讨论了其中的关键技术。
In this paper, the mechanism of disease warning and service is presented according to the new idea on medical science and health, and its structure based on Data Warehouse is described.
探求有效利用互联网上医学信息资源的最佳方法与途径，建立肿瘤文献信息系统数据库。
To establish the best ways of data importing from Internet and data retrieving, an oncology information system on Internet was developed in the paper.
目的应用电子计算机建立医学影像管理系统，存储并分类管理骨科疾病的病例资料，为临床、科研和教学提供重要的数据资料。
Objective to classify, store and manage orthopedic records with medical image management system based on the computer technology, so as to provide data for clinical treatment, study and teaching.
本文对医学影像系统的两项关键技术：数据库设计和图像压缩进行了研究。
The paper researches two pivotal techniques of the database design and the image compression of the medical image system.
最后给出的实现效果图表明系统能够在PC机上实现对三维医学数据场方便和有效地绘制与管理。
Finally, some realization images show that the system can rendering and manage 3d medical data field in the PC.
本文设计实现了一个分布式的医学图像数据库系统。
A distributed database system which is based on existed centralized medical image database system is designed.
空间数据库已广泛地应用于GIS,CAD、机器人、计算几何、计算机视觉、医学图像和多媒体系统等领域。
Spatial databases are being applied widely in many applications such as GIS, CAD, Robot, Computation, Geometry, Computer Vision, Physic Image and Multimedia System etc.
高等医学院校要应用计算机多媒体技术，建立适用于医学形态学科组织学的教学的多媒体数据库系统。
Computer multimedia technique should be applied in advanced medical colleges. The morphological histological multimedia database system should be established.
介绍了一个基于图像内容检索的医学图像数据库系统。
A content-based medical image retrieval database system was introduced.
该系统采用先进的计算机网络技术，能将不同医学影像设备产生的图像采集后送往系统的图像数据中心(网络服务器)，实现医学图像的数字化存贮和管理。
Advanced computer network technology is used in the system, which can sample images produced by different medical imaging equipments and then deliver them into the network server of system.
系统生物学方法在生物医学科学中的广泛应用产生了大量复杂的数据集。
The broad application of systems biology approaches in biomedical science has created massive and complex data sets.
美国国立医学图书馆(NLM)建立的医学文献分析和联机检索系统(MEDLI NE)是全球最具影响力的生物医学数据库。
Medical literature analysis and retrieval system online (MEDLINE) established by National Library of Medicine, USA (NLM) is the most important biomedical database all over the world.
医学影像数据库及信息系统是医学影像数据有效检索与分析的重要手段，是医学临床、教育与研究的基础。
Medical image database is the important and effective means of medical image data retrieval and analysis in clinical diagnosis, education and research.
目的探讨采用DICOM数据，结合交互式医学影像控制系统及CAE软件快速构建髋骨三维有限元模型的可行性及方法。
Objective To discuss the feasibility and method of constructing the 3-dimensional (3-d) finite element model of hipbone using DICOM data, Mimics and CAE software.
在分析可视化系统的功能和特性的基础上，设计并实现了一种三维医学数据场可扩展式可视化系统。
Based on the analyzing the functions and characteristics of visualization system, an extendable visualization system for 3d medical data field is presented and realized.
本研究为法医学及系统发育学研究提供了基础的群体遗传学数据。
The genetic data of mtDNA was valuable in the study of forensic science and phylogenetics.
分析了区域信息系统开发背景和用途，提出通过构建电子病历和医学影像数据中心的方式来构建区域医疗信息系统，达到信息资源共享的目的。
Objective To build a regional cooperative healthcare system in order to make the best use of the limited medical resources, reduce the cost, and improve the quality of medical treatment.
分析了区域信息系统开发背景和用途，提出通过构建电子病历和医学影像数据中心的方式来构建区域医疗信息系统，达到信息资源共享的目的。
Objective To build a regional cooperative healthcare system in order to make the best use of the limited medical resources, reduce the cost, and improve the quality of medical treatment.
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