Miller School of Medicine, University of Miami, Miami, FL, USA.
J Digit Imaging. 2011 Aug;24(4):700-8. doi: 10.1007/s10278-010-9332-3.
Picture archiving and communication systems (PACS) are being widely adopted in radiology practice. The objective of this study was to find radiologists' perspective on the relative importance of the required features when selecting or developing a PACS. Important features for PACS were identified based on the literature and consultation/interviews with radiologists. These features were categorized and organized into a logical hierarchy consisting of the main dimensions and sub-dimensions. An online survey was conducted to obtain data from 58 radiologists about their relative preferences. Analytical hierarchy process methodology was used to determine the relative priority weights for different dimensions along with the consistency of responses. System continuity and functionality was found to be the most important dimension, followed by system performance and architecture, user interface for workflow management, user interface for image manipulation, and display quality. Among the sub-dimensions, the top two features were: security, backup, and downtime prevention; and voice recognition, transcription, and reporting. Structured reporting was also given very high priority. The results point to the dimensions that can be critical discriminators between different PACS and highlight the importance of faster integration of the emerging developments in radiology into PACS.
影像归档与通信系统(PACS)在放射科实践中得到了广泛应用。本研究旨在了解放射科医生在选择或开发 PACS 时对所需功能的相对重要性的看法。根据文献和与放射科医生的咨询/访谈,确定了 PACS 的重要功能。这些功能进行了分类和组织,形成了一个由主要维度和子维度组成的逻辑层次结构。进行了一项在线调查,从 58 名放射科医生那里获得了有关相对偏好的数据。使用层次分析法确定了不同维度的相对优先权重以及响应的一致性。结果发现,系统连续性和功能性是最重要的维度,其次是系统性能和架构、用于工作流程管理的用户界面、用于图像操作的用户界面以及显示质量。在子维度中,排名前两位的功能是:安全性、备份和防止停机;以及语音识别、转录和报告。结构化报告也被给予了很高的优先级。结果表明,这些维度可能是不同 PACS 之间的关键区别因素,并强调了将放射科的新兴发展更快地融入 PACS 的重要性。