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Finding and understanding reusable designs from large hierarchical repositories

机译：从大型分层存储库中查找和理解可重用设计

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摘要

This paper describes a prototype called CoMem (Corporate Memory) that supports the finding and understanding of useful items in large hierarchical repositories. The particular domain is civil engineering design, and the prototype is designed specifically to support design reuse in building construction projects. However, the underlying visualization and interaction principals behind CoMem are generalizable to the ubiquitous task of finding and understanding useful information in large hierarchical repositories. To support the finding, the entire hierarchy is visualized using a squarified treemap. Once an item from the treemap is selected, CoMem supports the understanding of that item by identifying related items in the hierarchy and visualizing the selected item in the context of these related items in a node-link diagram. The paper concludes with a brief discussion of a usability evaluation of CoMem that supports the claim that finding and understanding improve the process of reuse, and that the described visualizations assist with finding and understanding.
机译：本文介绍了一个称为CoMem（企业内存）的原型，该原型支持在大型分层存储库中查找和理解有用的项目。特定领域是土木工程设计，并且原型专门设计用于支持建筑施工项目中的设计重用。但是，CoMem背后的基本可视化和交互原理可推广到在大型分层存储库中查找和理解有用信息的无处不在的任务。为了支持此发现，使用分层的树形图显示了整个层次结构。一旦从树形图中选择了一个项目，CoMem就会通过在层次结构中标识相关项目并在节点链接图中这些相关项目的上下文中可视化所选项目来支持对该项目的理解。本文最后简要讨论了CoMem的可用性评估，该评估支持以下主张：发现和理解可以改善重用过程，并且所描述的可视化有助于发现和理解。

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