Marked-up maps: combining paper maps and electronic information resources

Reilly, Derek; Rodgers, Malcolm; Argue, Ritchie; Nunes, Mike; Inkpen, Kori

doi:10.1007/s00779-005-0043-6

Cited by 77 publications

(55 citation statements)

References 14 publications

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“…Ullmer et al's mediaBlo d to mobile tokens can be transferred to external devi onstrated how multiple devices with touch screens all ms from one device to another using the stitching techni ns to mobile phones has been investigated [10] while ot arger logical screens by combining several devices such onsidering the spatial relation of devices and users to e munication (NFC) has been used to detect the relative po arger displays (e.g., [5,11]). Yet no work considered pl xternal display which allows a novel way of interaction h devices together.…”

Section: Related Workmentioning

confidence: 99%

Extending Mobile Interfaces with External Screens

Seifert

Schneider

Rukzio

2013

Human-Computer Interaction – INTERACT 2013

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Abstract.Mobile phones allow for the use of all kinds of applications, and their mobile applications often provide similar functionalities as desktop applications. However, they are constrained by the limited screen size of the mobile device. Accordingly, designs of mobile user interfaces require optimization for small screens. As a consequence, users are provided with less context and often have to switch views or resize content such as maps or pictures. We present MobIES 1 , a novel approach for extending mobile user interfaces by using external screens (e.g., the mobile phone and a large screen). Users can utilize more space and can thus overview a larger information context. We present a novel interaction and application concept and describe how user interfaces can be spanned across displays. Further, we contribute an original approach for using Near Field Communication to detect the devices' spatial relation. We report on a user study which compared MobIES with standard mobile settings. Results from the system usability scale show that interaction with MobIES is subjectively more usable. Furthermore, it provides higher perceived information clarity and supports faster sharing of information to others.

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Section: Related Workmentioning

confidence: 99%

Extending Mobile Interfaces with External Screens

Seifert

Schneider

Rukzio

2013

Human-Computer Interaction – INTERACT 2013

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“…Broll et al (2007) demonstrate posters augmented with RFID/NFC tags, which provide services such as getting additional information, downloading media content, or ordering movie tickets. Reilly et al (2006) augment a paper map with a number of RFID tags beneath points of interest). Tag-based interaction is also trialed in augmenting menus for ordering food by McDonald (2011).…”

Section: Interaction Awarenessmentioning

confidence: 99%

Pervasive Social Computing: augmenting five facets of human intelligence

Zhou

Sun

Athukorala

et al. 2011

J Ambient Intell Human Comput

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Pervasive Social Computing is a novel collective paradigm, derived from pervasive computing, social media, social networking, social signal processing, etc. This paper reviews Pervasive Social Computing as an integrated computing environment, which promises to augment five facets of human intelligence: physical environment awareness, behavior awareness, community awareness, interaction awareness, and content awareness. Reviews of related studies are given, and their generic architectures are designed. The resulting architecture for Pervasive Social Computing is presented. A prototype is developed and examined, in order to investigate the characteristics exhibited by Pervasive Social Computing.

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“…First NFC phones are already available and it is predicted that several hundred million NFC equipped mobile phones will be used in 2013 [6]. The basic idea of touch & connect and its implementation using NFC/RFID technology has already been described by ECMA International in 2004 [7] and is since 2007 also part of the Bluetooth 2.1 standard but was not applied for picture sharing so far.…”

Section: Related Workmentioning

confidence: 99%

Two NFC interaction techniques for quickly exchanging pictures between a mobile phone and a computer

Seewoonauth

Rukzio

Hardy

et al. 2009

Proceedings of the 11th International Conference on Human-Computer Interaction With Mobile Devices and Services

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Uploading and downloading pictures between a mobile phone and a computer is still a very cumbersome process. Because of this, many users actually do not copy, move or backup their pictures onto another computer until the storage capacity of the mobile phone is reached. This paper presents the prototypes (and respective implementation details) of the touch & connect and touch & select interaction techniques. Both techniques allow the quick and easy exchange of pictures by touching the computer with the mobile device. The first interaction technique: touch & connect, allows the user to touch a computer with their mobile phone in order to establish a Bluetooth connection and initiate a file transfer between the two devices. The second interaction technique: touch & select, extends this concept and allows the selection of a specific picture or location on the computer screen by touching it with the mobile phone. The interaction techniques were implemented using Near Field Communication (NFC) tags attached to the computer and an NFC phone capable of reading those tags.

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Marked-up maps: combining paper maps and electronic information resources

Cited by 77 publications

References 14 publications

Extending Mobile Interfaces with External Screens

Extending Mobile Interfaces with External Screens

Pervasive Social Computing: augmenting five facets of human intelligence

Two NFC interaction techniques for quickly exchanging pictures between a mobile phone and a computer

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