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Evaluating the comprehension of means-ends maps

机译:评估均值-终点图的理解

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摘要

Information and software systems development is rapidly changing due to exponential technology development. This acceleration is also impacting other technology or engineering domains. Thus, there is a need to identify problems and their solutions, and to reason about new options so as to better arrive at the right decision of which technology or solution should be adopted among various alternatives. In this paper, we argue that such know-how information can be mapped, to ease such tasks. In particular, we examine the hypothesis that know-how mapping, using an approach we call Means-Ends Map (ME-MAP), facilitates analysis in technological domains. We design a controlled experiment to assess the comprehension of ME maps with that of textual summaries in two different domains. We find that subjects exploring a domain using ME maps were able to better identify solutions and better understand the tradeoffs among alternative solutions. Furthermore, these subjects gained that understanding faster compared to those using textual summaries.
机译:由于指数技术的发展,信息和软件系统的发展正在迅速变化。这种加速也正在影响其他技术或工程领域。因此,需要识别问题及其解决方案,并推理出新的选择,以便更好地做出正确决定,在各种替代方案中应采用哪种技术或解决方案。在本文中,我们认为可以映射此类专有技术信息以简化此类任务。尤其是,我们检验了一种假设,即专有技术映射使用一种称为均值-末端映射(ME-MAP)的方法来促进技术领域的分析。我们设计了一个对照实验,以评估ME地图与两个不同领域的文本摘要的理解。我们发现,使用ME映射探索领域的受试者能够更好地识别解决方案,并更好地理解替代解决方案之间的权衡。此外,与使用文本摘要的对象相比,这些主题的理解速度更快。

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