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.
深圳市安健科技有限公司是一家专业从事医学影像系统产品的研发、生产、销售的高科技企业。
The Shenzhen Angell technology limited company is a specialized high-tech enterprise , which is engaged in the research and development , the manufacture and sales of the medicine imaging system.
DICOM是医学影像系统领域中的标准，DICOM也是研究和开发具有网络连接功能，实现信息资源共享的新型医疗仪器的技术基础。
DICOM is a standard in the field of medical image system, and also is a technological foundation of developing new model medical equipment with inter-connection and sharing information resource.
这些试验系统仍然有几年的临床试验摆在面前，它们注定在医学影像界还会有其他用途。
The experimental system, which is bound to have other USES in medical imaging (and possibly beyond), still has several years of clinical trials ahead of it.
CT图像在医学影像诊断中占有重要地位，CT图像压缩技术是PACS系统的重要组成部分。
CT Image plays an important role in medical imaging diagnosis. CT Image compression technology is the important part of PACS system.
PACS是计算机和网络技术对医学影像进行数字化处理的系统。
PACS is a data-processing system for the medical photocopy with computer and net-technology.
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.
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.
本文对在综合性大型医院建立医学影像存档与传输系统的目标、结构、功能和硬件配置进行了论述。
In this paper are explained the purpose, architecture, software functions, hardware configuration to construct a medical image archive and transfer system in comprehensive large hospital.
结果医学影像质量控制系统可以部分解决PACS的质量保证问题。
Results the medical imaging quality control system could partially solve the problem for quality assurance of PACS.
目的探讨在我国建设集团化医院的医学影像信息系统的技术架构和功能结构。
Objective To explore the technology architecture and functional structure about medical imaging information system of group hospital in China.
目的：研究一种满足我院医学影像存储网络需求的网络分布式存储系统。
AIM: to develop a distributed network storage system in order to satisfy the demands of the medical image storage network in our hospital.
结果医学影像专业计算机辅助教学系统，教学效果理想，值得推广使用。
Results The teaching effect of computer assisted instruction systems of medical imaging profession is very ideal, so they are worth spreading.
医学影像处理嵌入式系统工作稳定，具有较好的应用性和可扩展性。
The medical image processing embedded system is of good performances in applicability and expandability.
从嵌入式医学影像处理系统的理论基础展开研究，介绍了医学影像处理系统和嵌入式系统的基本概念。
To describe the basic theory of medical image processing embedded system, this paper introduces the concepts of medical image processing system and embedded system.
设计并实现一个符合影像科室流程的医学影像处理系统，实现影像增强方法并应用于临床。
Design and realize a medical image processing system which accords with the clinical image department 's procedure, realize the image enhancement method and applies to clinic.
结论给出医学影像图像信息系统的需求分析、系统描述，提出构造医学影像图像信息系统普遍意义下的方法。
Result It gives requirement analysis, system description of medical radio-image information system and the universal method of constructing medical radio-image information system.
医学影像归档及通信系统(PACS)是国内医学数字图像处理及传输领域的一个研究热点。
Picture Achieving and Communication Systems (PACS) is a hot-point in the field of processing and transmission of digital medical images.
目的探讨PACS和RIS 系统在放射科医学影像诊断及管理中的应用价值。
Objective To explore PACS and RIS application in medical image diagnosis and management.
医学影像；交班；管理系统；
结果系统技术架构稳定可行，完全能够满足集团化医院医学影像信息系统建设的需求。
Results the system is stable, and can meet the demands of medical imaging information system construction in group hospitals.
目前，一种适用于医学影像增强检查的设备——造影用高压注射系统在血管造影、DSA、CT及MR等医学领域得到广泛使用。
At present, a kind of equipment for medical imaging enhancement , high-pressure injector system, has been applied widely to such medical fields as Angiography, DSA, CT and MR.
医学影像存档与通信系统(PACS)是当前在医学影像学中具有广阔发展前景的技术领域。
At present, Picture Archives and Communication Systems (PACS) is a new promising technical field in the medical imaging study.
目的根据医学数字化影像自身的特点以及医院本身对医学影像管理的特殊需要，建立高性能价格比、可扩展性好、较为安全可靠的海量图像存储系统。
Objective According to the characteristics of digital medicine and demand of digitized management in hospital, we establish a storage system which is cheap, highly expansible, and reliable.
方法研究设计用于影像设备和图像采集网关之间的医学影像质量控制系统。
Methods The medical imaging quality control system used between imaging modality and image acquisition gateway was designed.
目的探讨医学影像图像信息系统的总体设计及实施要点，以建立实用的医学影像图像信息系统。
Objective This article discusses the collectivity design and key points of medical radio-image information system for constructing applied information system.
医学影像归档与传输处理系统(PACS)是现代数字化医院的重要应用系统。
Medical Imaging Archiving and Communication system (PACS) is an important system in modern digital hospitals.
目的探讨医学影像存储与传输系统中的存储介质、结构，提高图像存储容量及调用速度。
Objective to discuss the medium and structure of storage system for picture archiving and communication systems in order to advance the transfer speed and the storage capacity of medical images.
目前，该医学影像处理工具已经作为DICOM接口平台，集成在了功能类似于PACS系统的数字医学影像工作站中。
Now, this medical image processing tool has been integrated as a DICOM interface platform into the workstation of digital medical image, whose function resemble a PACS.
提出基于SAN结构的影像文件长期在线存储方案，并在此基础上对医学影像存档与传输系统(PACS)的设计进行了论述。
A new idea of online permanent storage based on SAN structure for image files is presented and a Picture Archiving and Communication System (PACS) design project based on SAN structure is discussed.
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