Hackländer T, Mödder U
Institut für Diagnostische Radiologie der Heinrich-Heine Universität, Düsseldorf.
Radiologe. 1996 Apr;36(4):368-73.
In radiology picture information is increasingly acquired digitally. Image postprocessing is sometimes carried out via the picture archiving and communication system (PACS). In this paper we present a strategy for the simple implementation of an external picture communication system.
Image transfer for the entire radiology department is carried out through a single image server, which physically and logically separates the PACS from the external network. The server is organized as an image mailbox system. For each user the images can be transferred to their respective mailbox from the radiology department. However, direct access to the image archive is prevented by the system.
Because the networks are separate, a high degree of access security is guaranteed. New users can easily be added to the server without additional configuration of the PACS. System usage has received wide acceptance within the department and with external users.
The integration of an image server into a PACS has proved to be non-problematic. The concept allows for more effective information sharing in the field of teleradiology.
在放射学中,图像信息越来越多地以数字方式获取。图像后处理有时通过图像存档与通信系统(PACS)进行。在本文中,我们提出了一种简单实现外部图像通信系统的策略。
整个放射科的图像传输通过单个图像服务器进行,该服务器在物理和逻辑上把PACS与外部网络分隔开。该服务器被组织成一个图像邮箱系统。对于每个用户,图像可以从放射科传输到他们各自的邮箱。然而,系统阻止对图像存档的直接访问。
由于网络是分开的,保证了高度的访问安全性。新用户可以轻松添加到服务器,而无需对PACS进行额外配置。系统的使用在科室内部和外部用户中都得到了广泛认可。
事实证明,将图像服务器集成到PACS中没有问题。该概念有助于在远程放射学领域实现更有效的信息共享。