Governments and health organizations increasingly use dashboards to provide real-time information during natural disasters and pandemics. Although these dashboards aim to make crisis-related information accessible to the general public, the average user can have a hard time interacting with them and finding the information needed to make everyday decisions. To address this challenge, we draw on the theory of effective use to propose a theory-driven design for conversational dashboards in crisis response, which improves users’ transparent interaction and access to crisis-related information. We instantiate our proposed design in a conversational dashboard for the COVID-19 pandemic that enables natural language interaction in spoken or written form and helps users familiarize themselves with the use of natural language through conversational onboarding. The evaluation of our artifact shows that being able to use natural language improves users’ interaction with the dashboard and ultimately increases their efficiency and effectiveness in finding information. This positive effect is amplified when users complete the onboarding before interacting with the dashboard, particularly when they can use both natural language and mouse. Our findings contribute to research on dashboard design, both in general and in the specific context of crisis response, by providing prescriptive knowledge for extending crisis response dashboards with natural language interaction capabilities. In addition, our work contributes to the democratization of data science by proposing design guidelines for making information in crisis response dashboards more accessible to the general public.
Ruoff, Marcel; Gnewuch, Ulrich; Maedche, Alexander; and Scheibehenne, Benjamin, "Designing Conversational Dashboards for Effective Use in Crisis Response" (2022). JAIS Preprints (Forthcoming). 78.
Available at: https://aisel.aisnet.org/jais_preprints/78