Langer Steve G
Department of Radiology, University of Washington-Seattle, Seattle, WA, USA.
J Digit Imaging. 2002 Dec;15(4):203-9. doi: 10.1007/s10278-002-0014-7. Epub 2002 Nov 6.
A survey was conducted of radiology practices with productivity data from at least 3 of the following 4 workflows: film with manual transcription, filmless with manual transcription, film with speech recognition, and filmless with speech recognition. Two surveys were submitted to candidate sites. The first was used to ascertain suitable available data for follow-up. The second survey requested data for report turn around times, full-time equivalent (FTE) staffing levels, and report volume. Data were collected and stored in a Microsoft Access database and statistical analysis performed in Excel. Whereas several metrics were used, the normalized figure of reports-per-day/FTE was found to have improved an average of 1.9 (for filmless with speech recognition) and 2.3 (for film with speech recognition) over the film with manual transcription case. Filmless with manual transcription was only 1.4 times the value of the all manual case. At the 10% confidence level, both filmless with manual transcription and film with speech recognition workflows were found to have statistically significant enhanced productivity. Insufficient data exist to show if the fully automated workflow (filmless with speech recognition) offers benefits over 2 previous semiautomated workflows.
对放射科业务进行了一项调查,收集了来自以下4种工作流程中至少3种的生产率数据:胶片加手工转录、无胶片加手工转录、胶片加语音识别以及无胶片加语音识别。向候选机构发送了两份调查问卷。第一份用于确定后续可用的合适数据。第二份调查问卷要求提供报告周转时间、全职等效(FTE)人员配备水平和报告量的数据。数据被收集并存储在Microsoft Access数据库中,并在Excel中进行统计分析。虽然使用了多个指标,但发现与胶片加手工转录的情况相比,每日报告数/FTE 的标准化数值平均提高了1.9(无胶片加语音识别)和2.3(胶片加语音识别)。无胶片加手工转录仅为全手工情况数值的1.4倍。在10%的置信水平下,发现无胶片加手工转录和胶片加语音识别工作流程的生产率均有统计学意义的提高。没有足够的数据表明全自动化工作流程(无胶片加语音识别)是否比之前的两种半自动化工作流程更具优势。