Abstraction networks: adapting abstraction hierarchies to map important relationships for system design

Priyanka Tewani, Christine M. Jefferies, Morgan E. Reynolds, Gabriela Segarra, Michael F. Rayo, Kenneth R Catchpole
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引用次数: 1

Abstract

Abstraction hierarchies (AHs) are essential to a work domain analysis (WDA), the “most important and unique” phase of cognitive work analysis (CWA) (Vicente, 1999). Although AHs have been the industry standard for assessing and describing work systems for several decades, they are not without limitations (Vicente, 2002). We have developed an evolution of AHs called Abstraction Networks (ANs) to address several of the limitations Vicente identified. ANs are designed to (1) improve engagement with practitioners, thereby facilitating greater shared understanding of the system, (2) better integrate with existing systems analysis tools, and (3) provide a more direct bridge between systems analysis and display design. We document a case study that uses ANs to better understand a sterile processing department (SPD) at a Southeastern tertiary care hospital, detailing the extent to which AN’s achieve these three goals.
抽象网络:适应抽象层次来映射系统设计的重要关系
抽象层次结构(AHs)对工作领域分析(WDA)至关重要,这是认知工作分析(CWA)的“最重要和最独特”阶段(Vicente,1999)。尽管几十年来,AHs一直是评估和描述工作系统的行业标准,但它们并非没有限制(Vicente,2002)。我们开发了一种称为抽象网络(an)的AHs进化,以解决Vicente发现的几个局限性。AN旨在(1)提高与从业者的互动,从而促进对系统的更多共享理解,(2)更好地与现有系统分析工具集成,以及(3)在系统分析和显示设计之间提供更直接的桥梁。我们记录了一个案例研究,该研究使用AN来更好地了解东南部一家三级护理医院的无菌处理部门(SPD),详细说明了AN在多大程度上实现了这三个目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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