Long J M, Irani E A, Hunter D W, Slagle J R, Matts J P, Castaneda W, Pearce M, Bissett J, Sawin H, Edmiston A
University of Minnesota, Minneapolis 55455.
J Med Syst. 1988 Oct;12(5):327-39. doi: 10.1007/BF00996583.
Some candidate medical expert system applications have a significant visual component. Knowledge engineers usually dismiss such task domains as potential expert systems applications. Our success in developing ESCA, a system for evaluating serial coronary angiograms, shows that such task domains should not be dismissed so quickly. We used a symbiotic approach between man and machine, where technologists provide the visual skills with an expert system imitating the conceptual skills of the expert, to produce a partially automated system that is more consistent and cost effective than one that is fully manual. The agreement between the system's conclusions and that of a panel of experts is good. The expert system actually has a slightly higher agreement rate with the expert panel than the agreement rate between two expert panel teams evaluating the same film pair.
一些候选医学专家系统应用程序具有重要的视觉组件。知识工程师通常将此类任务领域排除在潜在专家系统应用程序之外。我们成功开发了ESCA(一种用于评估系列冠状动脉血管造影的系统),这表明此类任务领域不应被如此轻易地排除。我们采用了人机共生的方法,技术人员提供视觉技能,专家系统模仿专家的概念技能,以产生一个部分自动化的系统,该系统比完全手动的系统更一致且成本效益更高。该系统的结论与专家小组的结论之间的一致性良好。实际上,专家系统与专家小组的一致率略高于两个专家小组团队评估同一对胶片时的一致率。