Kuzmak P M, Dayhoff R E
Department of Veterans Affairs, Washington Information Systems Center, Silver Spring, Maryland 20910.
Proc Annu Symp Comput Appl Med Care. 1992:40-4. doi: 10.1117/12.174325.
There is a wide range of requirements for digital hospital imaging systems. Radiology needs very high resolution black and white images. Other diagnostic disciplines need high resolution color imaging capabilities. Images need to be displayed in many locations throughout the hospital. Different imaging systems within a hospital need to cooperate in order to show the whole picture. At the Baltimore VA Medical Center, the DHCP Integrated Imaging System and a commercial Picture Archiving and Communication System (PACS) work in concert to provide a wide-range of departmental and hospital-wide imaging capabilities. An interface between the DHCP and the Siemens-Loral PACS systems enables patient text and image data to be passed between the two systems. The interface uses ACR-NEMA 2.0 Standard messages extended with shadow groups based on draft ACR-NEMA 3.0 prototypes. A Novell file server, accessible to both systems via Ethernet, is used to communicate all the messages. Patient identification information, orders, ADT, procedure status, changes, patient reports, and images are sent between the two systems across the interface. The systems together provide an extensive set of imaging capabilities for both the specialist and the general practitioner.
数字医院成像系统有广泛的需求。放射科需要非常高分辨率的黑白图像。其他诊断学科需要高分辨率的彩色成像能力。图像需要在医院的许多地方进行显示。医院内不同的成像系统需要协同工作以呈现全貌。在巴尔的摩退伍军人事务医疗中心,DHCP集成成像系统和商用图像存档与通信系统(PACS)协同工作,以提供广泛的科室级和全院级成像能力。DHCP与西门子 - 洛尔PACS系统之间的接口使患者文本和图像数据能够在这两个系统之间传递。该接口使用基于ACR - NEMA 3.0原型草案的带有阴影组扩展的ACR - NEMA 2.0标准消息。一个通过以太网可供两个系统访问的Novell文件服务器用于传递所有消息。患者识别信息、医嘱、ADT(住院患者管理系统)、检查状态、变更、患者报告和图像在两个系统之间通过该接口进行发送。这两个系统共同为专科医生和全科医生提供了一套广泛的成像能力。