[计算机放射照相系统的起源:想象力和创造力之间的产物]。

Masao Funahashi
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引用次数: 0

摘要

1982年,大阪综合医疗中心制定了现代化计划,开始建设新医院。对新放射科从房间布局到新引进的设备和数据存储系统进行了研究。就在那个时候(1983年),富士计算机放射照相技术(FCR)被开发出来。使用这个FCR,我们接受了世界上第一个全面数字化的普通放射照相系统的挑战。当时,我们采取了以下政策来改进系统:(1)将所有普通射线摄影数字化;(2)审查射线摄影过程,改进设备,建立设备连接系统;(3)改变射线摄影设备的选择,使其与数字系统兼容(小焦点:放大射线摄影);(4)将所有想法,包括图像处理,转换为数字系统。这些尝试都是成功的,并成为当前普通放射照相领域的基础。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
[Genesis of Computed Radiography System: What is Born Between Imagination and Creativity].

In 1982, the Osaka General Medical Center made a modernization plan and started construction of a new hospital. The new radiology department was studied from the layout of the rooms to the newly introduced equipment and data storage system. Just around that time (1983), Fuji Computed Radiography (FCR) was developed.Using this FCR, we took on the challenge of the world's first full digitalization of a general radiography system.At that time, we took the following policies to improve the system.(1) To digitize all general radiography.(2) To review the radiography process, improve the equipment, and build a system to link the equipment together.(3) Change the selection of radiography equipment to one that is compatible with the digital system (small focus: magnified radiography).(4) Convert all ideas, including image processing, to digital systems.These attempts were successful and became the basis for the current field of general radiography.

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