A Festival-Wide Social Network Using 2D Barcodes, Mobile Phones and Situated Displays

A Festival-Wide Social Network Using 2D Barcodes, Mobile Phones and Situated Displays

Jakob Eg Larsen (Technical University of Denmark, Denmark) and Arkadiusz Stopczynski (Technical University of Denmark, Denmark)
Copyright: © 2011 |Pages: 17
DOI: 10.4018/jmhci.2011070102
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Abstract

This paper reports on the authors’ experiences with an exploratory prototype festival-wide social network. Unique 2D barcodes were applied to wristbands and mobile phones to uniquely identify the festival participants at the CO2PENHAGEN music festival in Denmark. The authors describe experiences from initial use of a set of social network applications involving participant profiles, a microblog and images shared on situated displays, and competitions created for the festival. The pilot study included 73 participants, each creating a unique profile. The novel approach had potential to enable anyone at the festival to participate in the festival-wide social network, as participants did not need any special hardware or mobile client application to be involved. The 2D barcodes was found to be a feasible low-cost approach for unique participant identification and social network interaction. Implications for the design of future systems of this nature are discussed.
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Barcodes on wristbands have been applied in health care typically to promote patient safety, such as patient identification to eliminate medical errors and medication mistakes (Mun, Kantrowitz, Carmel, Mason, & Engels, 2007). However, in the area of mobile social applications (Smith, 2005; Thom-Santelli, 2007) barcodes have mainly been applied to link physical objects in the environment to available information (Hansen & Grønbæk, 2008). Other applications of barcodes include games (Schmidmayr, Ebner, & Kappe, 2008), situated learning (Kurti, Milrad, & Spikol, 2007), tourist applications (O’Hara & Kindberg, 2007), focusing on the barcode augmenting a physical object with information typically presented through a mobile device. Thus the use of 2D barcodes for festival participant identification in this study is a novel approach. Swedberg (2009) reports on the use of RFID as identification technique used on tickets at the Ohio Music Festival, however, the experiment did not include other applications of RFID in the festival context. Zeni, Kiyavitskaya, Barbera, Oztaysi, and Mich (2009) employed RFID for crowd tracking at different festival events.

In the present study the 2D barcodes allow us to use low-cost off-the-shelf solutions as the means to support social network interaction, and thereby enable quick and cheap prototyping of different social network applications, such as interaction by means of situated displays in a festival setting. Prior work on large situated displays has focused on applications in CSCW research and groupware systems (Brignull & Rogers, 2003; Churchill, Girgensohn, Nelson, & Lee, 2004; Greenberg & Rounding, 2001). Tuulos, Scheible, and Nyholm (2007) describe how mobile phones and large public displays were used in a large-scale game involving collaborative story writing in an urban environment. An experiment with social interaction on a situated display in a festival setting has been tested using a collaborative story writing game (a WAP based solution) by Coulton, Bamford, and Edwards (2008) and Peltonen et al. (2007) experimented with additional touch-based interaction on large displays. Jacucci, Oulasvirta, Ilmonen, Evans, and Salovaara (2007) carried out field trials with CoMedia as an approach to support spectators in event coordination and sharing of media and presence at large-scale events (such as a music festival) using mobile phones.

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