Templeton A W, Dwyer S J, Rosenthal S J, Hensley K S, Martin N L, Anderson W H, Robinson R G, Levine E, Batnitzky S, Lee K R
AJR Am J Roentgenol. 1982 Nov;139(5):979-84. doi: 10.2214/ajr.139.5.979.
The number of diagnostic radiology examinations being performed on digitally formatted imaging equipment is continually increasing. However, most digital data are recorded as analogue images and the films stored in a central file. The dynamic range of raw digital data is lost. Currently, the space and cost requirements for storage of all digital data have discouraged most users from attempting it. This article presents the concepts and describes the requirements and initial fabrication of a system that will capture and retain all digital data using a network of peripheralized image acquisition, display, and storage devices. Any piece of digitally formatted equipment can be interfaced into the system. A real-time computer capability provides that any digital examination can be reviewed at any display station for up to 10 days.
在数字格式成像设备上进行的诊断放射学检查数量持续增加。然而,大多数数字数据被记录为模拟图像,胶片存储在中央文件中。原始数字数据的动态范围丢失了。目前,存储所有数字数据所需的空间和成本使大多数用户望而却步。本文介绍了一种系统的概念,描述了该系统的要求和初始制作方法,该系统将通过外围图像采集、显示和存储设备网络捕获并保留所有数字数据。任何数字格式的设备都可以接入该系统。实时计算机功能使得任何数字检查都可以在任何显示站进行长达10天的复查。