Smith Greg, Czerwinski Mary, Meyers Brian, Robbins Daniel, Robertson George, Tan Desney S
Microsoft Research.
IEEE Trans Vis Comput Graph. 2006 Sep-Oct;12(5):797-804. doi: 10.1109/TVCG.2006.142.
The dominant paradigm for searching and browsing large data stores is text-based: presenting a scrollable list of search results in response to textual search term input. While this works well for the Web, there is opportunity for improvement in the domain of personal information stores, which tend to have more heterogeneous data and richer metadata. In this paper, we introduce FacetMap, an interactive, query-driven visualization, generalizable to a wide range of metadata-rich data stores. FacetMap uses a visual metaphor for both input (selection of metadata facets as filters) and output. Results of a user study provide insight into tradeoffs between FacetMap's graphical approach and the traditional text-oriented approach.
根据文本搜索词输入呈现可滚动的搜索结果列表。虽然这在万维网上运行良好,但在个人信息存储领域仍有改进的空间,因为个人信息存储往往具有更多异构数据和更丰富的元数据。在本文中,我们介绍了FacetMap,这是一种交互式的、查询驱动的可视化方法,可推广到广泛的富含元数据的数据存储。FacetMap在输入(选择元数据方面作为过滤器)和输出时都使用视觉隐喻。一项用户研究的结果为深入了解FacetMap的图形方法与传统的面向文本的方法之间的权衡提供了依据。