Implementing touchme paradigm with a mobile phone

Pohjanheimo, Lauri; Keränen, Heikki; Ailisto, Heikki

doi:10.1145/1107548.1107576

Cited by 14 publications

(8 citation statements)

References 8 publications

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“…Ailisto [12] argues that object=action paradigm can change user interface paradigm of desktop computer by touching objects with mobile RFID readers. The typical example is the business card with RFID tag [13]. When a user touches the card with his/her cell phone equipped with RFID reader, the phone calls the person automatically.…”

Section: Objectmentioning

confidence: 99%

RFID Context-Aware Systems

Choi¹

2010

Sustainable Radio Frequency Identification Solutions

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Section: Objectmentioning

confidence: 99%

RFID Context-Aware Systems

Choi¹

2010

Sustainable Radio Frequency Identification Solutions

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“…Another common issue with m-commerce systems is that they use only custom-created content; for example, they may rely on hand-annotated information encoded in QR codes [5] [6]. This creates a classic "chicken and egg" problem; shoppers don't use the QR codes because they're unfamiliar or don't often contain useful information, and manufacturers and publishers don't take the time to encode useful information in the QR codes because shoppers don't use them.…”

Section: Related Workmentioning

confidence: 99%

Pivot: Automatically Offering Information and Services to Real-World Shoppers

Nichols

Hammond

Birnbaum

et al. 2008

2008 the Second International Conference on Next Generation Mobile Applications, Services, and Technologies

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Shoppers with an internet-enabled computer have a wealth of product information available to them. By browsing to a variety of websites, users can conduct searches and compare prices, read reviews, and learn more about a product. These sites are pivot points for a user; once they are at Amazon.com's landing page, for example, they can navigate outwards to a million different products. The idiom of browsing to a central page for a site and then navigating outwards is acceptable when browsing is convenient, with large displays and useful input devices.This process becomes inconvenient, however, when the user is out and about in the world. We have built a system, Pivot, that uses physical objects as pivot points for the user. Specifically, Pivot uses the 1-D barcodes present on every product to deliver powerful services and options to a user on his or her cellphone. These services are chosen to be most useful to a user in the moment and trying to make a purchase decision. This paper describes the motivations for the system, the system itself, its current real-world deployment, and our intended future work.

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“…Touch-Me-Paradigma (Pohjanheimo, et al 2005) mit Hilfe von RFID umsetzen. Mit Hilfe eines solchen mobilen Geräts kann ein Kind auf Spielfiguren oder andere Spielelemente zeigen, diese berüh-ren und eine Reaktion auslösen, indem es z.…”

Section: Introductionunclassified

Von traditionellem Spielzeug zu smarten Spielumgebungen: Die Integration mobiler Geräte in Pervasive-Computing-Spielen (From Traditional Toys to Smart Playsets: The Integration of Mobile Devices into Pervasive Computing Toy Environments)

Lampe¹,

Hinske²

2006

I-Com

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Zusammenfassung.Wir stellen eine Pervasive-ComputingSpielumgebung vor, die das freie Spiel von Kindern bereichert und zudem als interaktive Lernumgebung fungiert. Wir haben eine traditionelle Spielumgebung, die Ritterburg von Playmobil, mit Hilfe von verschiedenen Technologien um multimediale Inhalte erweitert. Basierend auf dem aktuellen Spielgeschehen werden eine passende Hintergrundmusik, Geräusche und Sprachaufnahmen wiedergegeben. Die Radiofrequenz-Identifikations-Technik (RFID) erlaubt dabei eine automatische und unauffällige Identifikation der Spielobjekte. Um die Interaktion im Spiel noch weiter zu fördern, fügen wir mobile Geräte dem Spielkonzept hinzu, die das sog. Touch-Me-Paradigma mit Hilfe der RFID-Technik umsetzen. Mit Hilfe eines solchen mobilen Geräts kann ein Kind auf Spielfiguren oder andere Spielelemente zeigen, diese berühren und eine Reaktion auslösen. Wir beschreiben zwei Ansätze zur Umsetzung dieses Paradigmas (Mobiltelefone bzw. in Spielfiguren integrierte Mini-Computer) und analysieren deren Vor-und Nachteile.Summary. We present the Augmented Knight's Castle, a pervasive playset, which enriches the child's pretend play by using background music, sound effects and verbal commentary of toys that react to the child's play. Radio frequency identification (RFID) technology is used to automatically and unobtrusively identify toys in the playset. Mobile devices equipped with RFID readers to enable them as touch-me devices are introduced into the playset to provoke further interaction and to enhance the play (e.g., through the integration of interactive learning experiences). We describe two approaches of mobile device integration (mobile phones and mobile devices embedded into toys) with an analysis of their advantages and disadvantages.

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Implementing touchme paradigm with a mobile phone

Cited by 14 publications

References 8 publications

RFID Context-Aware Systems

RFID Context-Aware Systems

Pivot: Automatically Offering Information and Services to Real-World Shoppers

Von traditionellem Spielzeug zu smarten Spielumgebungen: Die Integration mobiler Geräte in Pervasive-Computing-Spielen (From Traditional Toys to Smart Playsets: The Integration of Mobile Devices into Pervasive Computing Toy Environments)

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