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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
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.
本文以医学影像专业影像设备发展趋势为例，介绍了在医学影像专业引入嵌入式系统作为专业基础课程的思想和方法。
According to medical imaging equipment developing trend, this article introduces the basic idea and method for embed system teaching at medical imaging specialty.
实践证明，本文所提出的优化医学影像数字化采集的方案和优化数字化医学影像质量的方法是系统的和可行的，具有一定的理论和应用价值。
The plans to improve the digital collection of medical images and the methods to promote the quality of medical images are systematic and practical, they are valuable theoretically and practically.
该系统实现医学影像检查工作的全数字化管理，以及影像检查设备、RIS、HIS和社区电子病历的无缝连接与集成。
This presentation gave a new approach to realize full digital management in department of radiology and seamless integration with modalities, RIS, HIS and community electronic patient records (EPR).
即医学影像归档与通信系统，主要用来解决医学图像的获取、显示、存储、传送和管理等问题。
PACS (picture archiving and Communication System) is mainly used for solving such problems as archiving, showing, storing, communicating and management of the medical picture, etc.
PA CS即影像存储和通信系统，现已成为医学影像科(放射科等)建设中的重点。
Picture archiving and communication system has already become important in construction of the department of medical image.
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.
结论医学影像质量控制系统可以在最大程度上做到对错误影像或低质量影像早发现、早修改，从而进一步提高PACS中医学信息和医学影像的准确性。
Conclusion With the use of medical image quality control system, wrong or low quality image can be found and modified earlier. Therefore, the veracity of medical information an...
本文以医学影像专业影像设备发展趋势为例，介绍了在医学影像专业引入嵌入式系统作为专业基础课程的思想和方法。
The system structure, technique index and its system application of NDBX1 electric fire monitor and alarm system which based on the embedded MCU technology were introduced.
本文以医学影像专业影像设备发展趋势为例，介绍了在医学影像专业引入嵌入式系统作为专业基础课程的思想和方法。
The system structure, technique index and its system application of NDBX1 electric fire monitor and alarm system which based on the embedded MCU technology were introduced.
应用推荐