Brender J, Magdal U, Wiegell B, Schiøler T, McNair P
Medical Informatics Laboratory ApS, Lyngby, Denmark.
Clin Chim Acta. 1993 Dec 15;222(1-2):57-69. doi: 10.1016/0009-8981(93)90092-i.
This paper gives an overview of problems inherent in dynamic test scheduling together with some model solutions. Dynamic test schedules are decision tree-like protocols for cost-efficient management of analytical production in a clinical laboratory. The present analysis is based on previous practical experience and concludes that it is not feasible to introduce dynamic test scheduling on a large scale without computer-based support, because of the increase in complexity of the laboratory work processes. Further, our experience is that it is extremely complex to incorporate the dynamic test scheduling functionality into an existing Laboratory Information System (LIS). The approach pursued in the OpenLabs (A2028) AIM Project for implementing dynamic test scheduling is to provide the necessary functionality as a stand-alone module interconnected with a LIS in an open systems solution.
本文概述了动态测试调度中固有的问题以及一些模型解决方案。动态测试调度是一种类似决策树的协议，用于临床实验室中分析生产的成本效益管理。本分析基于以往的实践经验，得出结论：由于实验室工作流程的复杂性增加，如果没有基于计算机的支持，大规模引入动态测试调度是不可行的。此外，我们的经验是，将动态测试调度功能集成到现有的实验室信息系统（LIS）中极其复杂。OpenLabs（A2028）AIM项目中实施动态测试调度所采用的方法是，在开放系统解决方案中，将必要的功能作为一个与LIS互连的独立模块提供。
