Lerallut J F, Gambier P, Fontenier G
J Med Eng Technol. 1986 Jan-Feb;10(1):24-6. doi: 10.3109/03091908609044333.
During the last few years a number of systems for graphics generation and image processing have been developed by the authors. Depending on the application, one can consider many kinds of systems; for example for simple analysis of cellular images, a system that realizes the video mixing between a camera and graphics data from a microcomputer would be adequate. For a more elaborate analysis, such as angiographic and echographic images requiring a high level of interactivity, a semi-automatic acquisition system linked to a host computer would be necessary. Limits in precision and execution time of these semi-automatic systems leads to independent work-stations that realize digital acquisition, processing, and display of images.
在过去几年中,作者们开发了许多用于图形生成和图像处理的系统。根据应用的不同,可以考虑多种系统;例如,对于细胞图像的简单分析,一个能实现相机与来自微型计算机的图形数据进行视频混合的系统就足够了。对于更精细的分析,如需要高度交互性的血管造影和超声图像,就需要一个与主机相连的半自动采集系统。这些半自动系统在精度和执行时间上的局限性导致了独立的工作站,这些工作站实现了图像的数字采集、处理和显示。