目的:实现基于DICOM标准的医学图像和数据管理系统。方法:利用VisualC++.NET、LeadToolsV14.5和SQL Server 2000,在Windows XP环境下,建立一个基于DICOM标准的医学图像数据管理系统。结果:对DICOM标准的图像数据进行存储与读写,正确读...目的:实现基于DICOM标准的医学图像和数据管理系统。方法:利用VisualC++.NET、LeadToolsV14.5和SQL Server 2000,在Windows XP环境下,建立一个基于DICOM标准的医学图像数据管理系统。结果:对DICOM标准的图像数据进行存储与读写,正确读出与显示所存储的图像文件,并对用户建立权限控制。结论:该系统维护简便、操作方便,具有方便快捷的查询功能。展开更多
Picture archiving and communication system (PACS) has played an important role in hospital and developed rapidly in recent years. It is an important part of PACS architecture that X-ray video output connects with PACS...Picture archiving and communication system (PACS) has played an important role in hospital and developed rapidly in recent years. It is an important part of PACS architecture that X-ray video output connects with PACS. In this paper, a method to digitize the video signals of X-ray facility is introduced. By means of the video capture card, we can acquire digital medical images from X-ray facility. The American College of Radiology (ACR) and the National Electrical Manufacturers Association (NEMA) developed a standard for Digital Imaging and Communications in Medicine (DICOM), this DICOM standard introduces a rule of medical image conversion from conventional format to DICOM one. According to abovementioned standard, X-ray video signals can be connected to PACS easily. This project has been applied in some hospitals successfully and there is satisfied result. Key words image acquisition - image compression - format conversion - DICOM - PACS CLC number TP 391 Foundation item: Supported by the Enterprise Innovation Foundation of Wuhan (WS(2001)14)Biography: ZHOU Li (1977-), male, Master, research direction: microelectronics and solid electronics.展开更多
目的:分析国内影像归档和通信系统(picture archiving and communication systems,PACS)的应用现状及存在问题,为PACS未来的设计和发展提供技术支持和依据。方法:回顾2015年6月至2016年5月某院介入诊疗科PACS运行情况,结合全院实际情况...目的:分析国内影像归档和通信系统(picture archiving and communication systems,PACS)的应用现状及存在问题,为PACS未来的设计和发展提供技术支持和依据。方法:回顾2015年6月至2016年5月某院介入诊疗科PACS运行情况,结合全院实际情况系统分析国内PACS的应用现状及问题。结果:介入诊疗科PACS运行存在问题较多,影像采集设备使用时间跨度长达13 a,6.8%的工作站、14.2%的影像采集设备未接入PACS,4.1%的患者、2.9%的影像未传至PACS。结论:国内PACS设计要适合未来发展预期,运行要稳定、高效、安全、可靠,应用要满足未来医疗、科研、教学需求,为PACS在互联网医疗时代奠定坚实基础。展开更多
文摘目的:实现基于DICOM标准的医学图像和数据管理系统。方法:利用VisualC++.NET、LeadToolsV14.5和SQL Server 2000,在Windows XP环境下,建立一个基于DICOM标准的医学图像数据管理系统。结果:对DICOM标准的图像数据进行存储与读写,正确读出与显示所存储的图像文件,并对用户建立权限控制。结论:该系统维护简便、操作方便,具有方便快捷的查询功能。
文摘Picture archiving and communication system (PACS) has played an important role in hospital and developed rapidly in recent years. It is an important part of PACS architecture that X-ray video output connects with PACS. In this paper, a method to digitize the video signals of X-ray facility is introduced. By means of the video capture card, we can acquire digital medical images from X-ray facility. The American College of Radiology (ACR) and the National Electrical Manufacturers Association (NEMA) developed a standard for Digital Imaging and Communications in Medicine (DICOM), this DICOM standard introduces a rule of medical image conversion from conventional format to DICOM one. According to abovementioned standard, X-ray video signals can be connected to PACS easily. This project has been applied in some hospitals successfully and there is satisfied result. Key words image acquisition - image compression - format conversion - DICOM - PACS CLC number TP 391 Foundation item: Supported by the Enterprise Innovation Foundation of Wuhan (WS(2001)14)Biography: ZHOU Li (1977-), male, Master, research direction: microelectronics and solid electronics.
文摘目的:分析国内影像归档和通信系统(picture archiving and communication systems,PACS)的应用现状及存在问题,为PACS未来的设计和发展提供技术支持和依据。方法:回顾2015年6月至2016年5月某院介入诊疗科PACS运行情况,结合全院实际情况系统分析国内PACS的应用现状及问题。结果:介入诊疗科PACS运行存在问题较多,影像采集设备使用时间跨度长达13 a,6.8%的工作站、14.2%的影像采集设备未接入PACS,4.1%的患者、2.9%的影像未传至PACS。结论:国内PACS设计要适合未来发展预期,运行要稳定、高效、安全、可靠,应用要满足未来医疗、科研、教学需求,为PACS在互联网医疗时代奠定坚实基础。
