摘要
探讨了 R- PS一体化数字放射学科整合技术。通过对 RIS和 PACS的整合 ,使 R- PS中各个系统和各医学影像设备之间所有的数据信息交换都遵循 DICOM3.0标准并通过模块的接口和方法实现无缝连接。R- PS系统具有共享性、安全性、兼容性、实用性和操作简单等特点 ,可实现通信接口标准化、应用功能模块化和医学信息资源共享。
In this paper, the R-PS integration technique of the digital radiology is discussed. By the integration of the RIS and PACS, all data and information of each system and each medical image equipment in R-PS can be exchanged according to DICOM3.0, and seamless linkage can be realized by module interfaces. R-PS has many advantages such as share, safety, compatibility, practicability and feasibility. Standardization of communication interface, modularization of application and resource share of medical information can be realized by this technique.
出处
《生物医学工程学杂志》
EI
CAS
CSCD
2004年第5期784-787,共4页
Journal of Biomedical Engineering
关键词
放射学
PS
DICOM3.0
PACS
RIS
医学信息资源
医学影像设备
学科整合
数字
应用功能
Radiology information system (RIS) Picture archiving and communication system (PACS) Radiology information-picture archiving and communication system(R-PS) Integration Information share
