Thing Constellation Visualizer: Exploring Emergent Relationships of Everyday Objects
Journal
Proceedings of the ACM on Human-Computer Interaction
Journal Volume
5
Journal Issue
CSCW2
Date Issued
2021
Author(s)
Abstract
Designing future IoT ecosystems requires new approaches and perspectives to understand everyday practices. While researchers recognize the importance of understanding social aspects of everyday objects, limited studies have explored the possibilities of combining data-driven patterns with human interpretations to investigate emergent relationships among objects. This work presents Thing Constellation Visualizer (thingCV), a novel interactive tool for visualizing the social network of objects based on their co-occurrence as computed from a large collection of photos. ThingCV enables perspective-changing design explorations over the network of objects with scalable links. Two exploratory workshops were conducted to investigate how designers navigate and make sense of a network of objects through thingCV. The results of eight participants showed that designers were actively engaged in identifying interesting objects and their associated clusters of related objects. The designers projected social qualities onto the identified objects and their communities. Furthermore, the designers changed their perspectives to revisit familiar contexts and to generate new insights through the exploration process. This work contributes a novel approach to combining data-driven models with designerly interpretations of thing constellation towards More-Than Human-Centred Design of IoT ecosystems. © 2021 Owner/Author.
Subjects
computational thing ethnography; computer-supported creativity; IoT ecosystem design; more-than human-centred design; thing constellation
SDGs
Other Subjects
Ecosystems; Social aspects; Computational thing ethnography; Computer-supported creativity; Data driven; Human-centred designs; Interactive tool; IoT ecosystem design; More-than human-centered design; New approaches; Thing constellation; Visualizers; Internet of things
Type
journal article