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[过程计算机在核医学中的应用]

[Use of a process computer in nuclear medicine].

作者信息

Gursky S, Hohdorf E

出版信息

Z Gesamte Inn Med. 1977 Oct 1;32(19):suppl: 303-4.

PMID:339574
Abstract

The picture processing of scintigrammes (scintillation scanner and scintillation camera) has become possible only by use of process calculators. In the processing of individual static pictures by means of mathematical filtration methods, underground subtraction and formation of classes the perceptibility of details is improved. The evaluation of dynamic photographs of the scintillation camera (to 10 pictures/s) presumes the genuine time working of a process calculator. Out of the sequel of pictures the temporary course of activity in marked picture regions (organs, parts of organs) can be calculated as function curve. Using a small computer system KRS 4,200 (Robotron) in the Radiological Clinic of the Leipzig Karl-Marx-University the temporary and logical course of measuring is regulated in nuclear-medical measuring places. Acceptance and processing of the measuring values is performed by 5 working places in genuine time work. Furthermore, organizational tasks of the course of work are treated by computer.

摘要

只有使用过程计算器才能对闪烁图(闪烁扫描仪和闪烁照相机)进行图像处理。通过数学滤波方法、本底扣除和分类处理单个静态图片时,细节的可感知性得到了提高。对闪烁照相机动态照片(每秒10张图片)的评估需要过程计算器实时工作。从一系列图片中,可以计算出标记图片区域(器官、器官部分)中活动随时间的变化过程,并将其作为函数曲线。在莱比锡卡尔·马克思大学放射诊所使用小型计算机系统KRS 4200(Robotron),对核医学测量场所的测量时间和逻辑过程进行调控。测量值的接收和处理由5个工作场所实时完成。此外,工作过程中的组织任务也由计算机处理。

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