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Revisiting Sensemaking: The case of the Digital Decision Network Application (DigitalDNA)

机译:回顾感官:数字决策网络应用程序(DigitalDNA)

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During this age of data proliferation, heavy reliance is placed on data visualisation to support users in making sense of vast quantities of information. Informational Dashboards have become the must have accoutrement for Higher Education institutions with various stakeholders jostling for development priority. Due to the time pressure and user demands, the focus of development process is often on designing for each stakeholder and the visual and navigational aspects. Dashboards are designed to make data visually appealing and easy to relate and understand; unfortunately this may mask data issues and create an impression of rigour where it is not justified. This article proposes that the underlying logic behind current dashboard development is limited in the flexibility, scalability, and responsiveness required in the demanding landscape of Big Data and Analytics and explores an alternative approach to data visualisation and sense making. It suggests that the first step required to address these issues is the development of an enriched database which integrates key indicators from various data sources. The database is designed for problem exploration allowing users freedom in navigating between various data-levels, which can then be overlaid with any user interface for dashboard generation for a multitude of stakeholders. Dashboards merely become tools providing users and indication of types of data available for exploration. A Design Research approach is shown, along with a case study to illustrate the benefits, showcasing various views developed for diverse stakeholders employing this approach, specifically the the Digital Decision Network Application (DigitalDNA) employed at Unisa.
机译:在这个数据激增的时代,人们高度依赖数据可视化,以支持用户理解大量信息。信息仪表板已成为高等教育机构的必备装备,各种利益相关者争相争取发展优先权。由于时间压力和用户需求,开发过程的重点通常是针对每个利益相关者以及视觉和导航方面进行设计。仪表盘旨在使数据具有视觉吸引力,并且易于关联和理解;不幸的是,这可能掩盖了数据问题,并在不合理的地方造成了严峻的印象。本文提出,当前仪表板开发背后的基本逻辑在苛刻的大数据和分析环境中受限于灵活性,可扩展性和响应能力,并探索了数据可视化和感知的另一种方法。它表明解决这些问题所需的第一步是开发一个丰富的数据库,该数据库集成了来自各种数据源的关键指标。该数据库设计用于问题探究,使用户可以在各种数据级别之间自由导航,然后可以将其与任何用户界面覆盖在一起,以为众多涉众生成仪表板。仪表板仅成为为用户提供工具并指示可用于探索的数据类型的工具。展示了一种设计研究方法,以及一个案例研究,以说明其好处,展示了采用此方法为不同利益相关者开发的各种视图,特别是Unisa所采用的数字决策网络应用程序(DigitalDNA)。

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