Haynor D R, Smith D V, Park H W, Kim Y
Center for Imaging Systems Optimization, University of Washington, Seattle 98195.
J Digit Imaging. 1992 May;5(2):107-17. doi: 10.1007/BF03167835.
Electronic systems (picture archiving and communications systems [PACS]) for image and multimedia data distribution, archiving, and transmission, represent the future of radiology. The workstation is the point of contact between a PACS and the radiologist or referring physician. Therefore, the acceptance of PACS is highly dependent on workstation functionality and performance. This paper, based on our experience in evaluating commercial workstations and on a review of recent literature, describes hardware and software requirements for diagnostic workstations that could be used for making primary diagnoses in a radiology department. Requirements for PACS workstations for use in referring clinics are also briefly described. These workstations must be able to handle the large volume of images to be viewed efficiently, add new functionality to improve the productivity of physicians, technologists, and other health care providers, and provide enough flexibility to allow the electronic systems to grow as medical imaging technology evolves.
用于图像和多媒体数据分发、存档及传输的电子系统(图像存档与通信系统 [PACS])代表着放射学的未来。工作站是PACS与放射科医生或转诊医生之间的接触点。因此,PACS的接受程度在很大程度上取决于工作站的功能和性能。本文基于我们评估商用工作站的经验以及对近期文献的综述,描述了可用于放射科进行初步诊断的诊断工作站的硬件和软件要求。还简要介绍了用于转诊诊所的PACS工作站的要求。这些工作站必须能够高效处理大量待查看的图像,增添新功能以提高医生、技术人员和其他医疗服务提供者的工作效率,并提供足够的灵活性,以便随着医学成像技术的发展,电子系统能够不断发展。