Insights from Deploying See-Through Augmented Reality Signage in the Wild

Colley, Ashley; Ventä-Olkkonen, Leena; Alt, Florian; Häkkilä, Jonna

doi:10.1145/2757710.2757730

Cited by 16 publications

(3 citation statements)

References 27 publications

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“…In Human Computer Interaction (HCI), a key concern with public displays relates to interactivity and engagement. Considering that interaction times are short, interaction needs to be straightforward to understand (Kukka et al, 2013) and to provide a benefit that justifies the effort to engage (Colley et al, 2015). Prior work has shown that conveying tangible benefits is crucial for user engagement (Müller et al, 2009;Alt et al, 2012).…”

Section: Related Work Design For Public Displaysmentioning

confidence: 99%

A design space for event-centric displays in public libraries

Ducros,

Tabard,

Dalsgaard

et al. 2024

Front. Comput. Sci.

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We present a design space for displays in public libraries; more specifically public displays related to events taking place in the library. The design space is developed from the perspective of the librarians and is intended to support libraries in rethinking, developing, and employing displays to communicate and support the events they host. It is based on a study of 18 concepts co-designed in eight participatory workshops scaling participation to a total of 88 professional librarians. By analyzing the concepts through inductive and iterative analysis, we have defined a design space consisting of 12 aspects, categorized in four themes: interaction-, content-, event-, and display-centric. We argue that the design space can both serve as (1) an analytical tool for understanding and categorizing information displays and identifying overarching design considerations and (2) a generative framework to inspire design across a wide variety of libraries.

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Section: Related Work Design For Public Displaysmentioning

confidence: 99%

A design space for event-centric displays in public libraries

Ducros,

Tabard,

Dalsgaard

et al. 2024

Front. Comput. Sci.

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“…Second-phase studies are many times executed in laboratory conditions with more or less functional prototypes [26] [27]. During the third phase, these prototypes are brought outside the controlled laboratory conditions to be studied in the field in actual public settings [28]. The fourth and final phase is deploymentbased research, wherein the prototypes now become more stable longitudinal deployments.…”

Section: Public Displays In Citiesmentioning

confidence: 99%

Entertainment with Public Displays and Personal Screens

Ventä-Olkkonen¹,

Iivari²,

Kuutti³

2018

JoIS

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Human-computer interaction (HCI) research has recently become more interested in studying practices. Looking beyond the novelty of technology, practice studies try to understand how technology becomes integrated into everyday life and how it shapes everyday practices in the longer time span. The contribution of this article is to demonstrate how ubiquitous computing practices develop. The article also sheds light on children’s and their families’ smart device practices in private and public settings. This paper responds to the recent call for practice studies in HCI and tries to understand technology-mediated practices of children and their families in their everyday lives. We first focused on children’s practices with a multipurpose public display through an ethnographic field study, and then broadened our focus to the children’s and families’ smart device practices through a diary study. We showed that children’s practices with a public display were surprisingly similar to their other information and communication technology (ICT) practices at home and elsewhere. In both settings, displays were used for entertainment and time-killing, as well as for babysitting and social interaction. This study indicates that technology-mediated practices do not spring up from the ground fully formed. There are several factors contributing to the practices’ emergence: the artefact itself and its affordances, the nature of the space, and the mind-set of the users. This finding has many implications for research and design, indicating that when developing technology, we should pay attention to a variety of factors that might be contributing to the emergence of practice around that technology – factors not yet fully explored by current research.

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“…As they are becoming ubiquitous and cheap to deploy, displays can be found in public spaces such as airports [4], shopping centers [9] and train stations [8]. At the same time, sensing technologies are becoming increasingly available for easy and low cost integration with public displays, supporting different ways of interaction.…”

Section: Introductionmentioning

confidence: 99%

TextPursuits

Khamis

Saltuk

Hang³

et al. 2016

Proceedings of the 2016 ACM International Joint Conference on Pervasive and Ubiquitous Computing

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Figure 1. We explore the use of text-based stimuli to enable gaze interaction with public displays using the Pursuits technique [47]. Motivated by the fact that much of the content on large displays is text, we investigate two use cases: (a) Users can spontaneously interact with text-based content without calibration. A sample application could be a survey where answers in the form of text are selected by reading them (left). (b) An eye tracker can be calibrated implicitly as users read text on the screen (right). After calibration, fine-grained information on the user's gaze point are obtained. ABSTRACTIn this paper we show how reading text on large display can be used to enable gaze interaction in public space. Our research is motivated by the fact that much of the content on public displays includes text. Hence, researchers and practitioners could greatly benefit from users being able to spontaneously interact as well as to implicitly calibrate an eye tracker while simply reading this text. In particular, we adapt Pursuits, a technique that correlates users' eye movements with moving on-screen targets. While prior work used abstract objects or dots as targets, we explore the use of Pursuits with text (read-and-pursue). Thereby we address the challenge that eye movements performed while reading interfere with the pursuit movements. Results from two user studies (N=37) show that Pursuits with text is feasible and can achieve similar accuracy as non text-based pursuit approaches. While calibration is less accurate, it integrates smoothly with reading and allows areas of the display the user is looking at to be identified.

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Insights from Deploying See-Through Augmented Reality Signage in the Wild

Cited by 16 publications

References 27 publications

A design space for event-centric displays in public libraries

A design space for event-centric displays in public libraries

Entertainment with Public Displays and Personal Screens

TextPursuits

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