Codex

Hinckley, Ken; Dixon, Morgan; Sarin, Raman; Guimbretière, François; Balakrishnan, Ravin

doi:10.1145/1518701.1518996

Cited by 72 publications

(23 citation statements)

References 29 publications

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“…developers, researchers) [14,58,99,197,202,205,236,261,373] → lab study with users [13,30,64,110,114,116,128,136,138,143,157,165,169,191,200,206,238,246,301,302,347] Demonstration 70→ example applications and case studies → of a technical system (e.g. development framework, toolkit, middleware) [124,145,152,174,193,235,243,304,328,373] → of an interaction technique [54,66,94,118,147,186,300,322,374] → of a theore...…”

Section: Explicit Linking Between Devicesmentioning

confidence: 99%

Cross-Device Taxonomy

Brudy

Holz

Rädle

et al. 2019

Proceedings of the 2019 CHI Conference on Human Factors in Computing Systems

177

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Designing interfaces or applications that move beyond the bounds of a single device screen enables new ways to engage with digital content. Research addressing the opportunities and challenges of interactions with multiple devices in concert is of continued focus in HCI research. To inform the future research agenda of this field, we contribute an analysis and taxonomy of a corpus of 510 papers in the crossdevice computing domain. For both new and experienced researchers in the field we provide: an overview, historic trends and unified terminology of cross-device research; discussion of major and under-explored application areas; mapping of enabling technologies; synthesis of key interaction techniques spanning across multiple devices; and review of common evaluation strategies. We close with a discussion of open issues. Our taxonomy aims to create a unified terminology and common understanding for researchers in order to facilitate and stimulate future cross-device research.

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Section: Explicit Linking Between Devicesmentioning

confidence: 99%

Cross-Device Taxonomy

Brudy

Holz

Rädle

et al. 2019

Proceedings of the 2019 CHI Conference on Human Factors in Computing Systems

177

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“…Micro-mobility has since been applied to other areas, particularly the spacing and orientation [8,19] of digital objects on tabletop systems to denote personal territoriality as well as groupings of objects. Other related techniques include adjusting the posture of dual-screen devices [13], bumping and pouring [12], stitching [23], and "chucking" content from one device to another [11].…”

Section: Micro-mobility For Tabletops and Other Interactionsmentioning

confidence: 99%

“…We chose this application context because collecting and loosely organizing content is a common need of information workers, such as during active reading (e.g. [13,27]). …”

Section: The Grouptogether Systemmentioning

confidence: 99%

Cross-device interaction via micro-mobility and f-formations

Marquardt

Hinckley

Greenberg

2012

Proceedings of the 25th Annual ACM Symposium on User Interface Software and Technology

Self Cite

190

196

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GroupTogether is a system that explores cross-device interaction using two sociological constructs. First, Fformations concern the distance and relative body orientation among multiple users, which indicate when and how people position themselves as a group. Second, micromobility describes how people orient and tilt devices towards one another to promote fine-grained sharing during co-present collaboration. We sense these constructs using: (a) a pair of overhead Kinect depth cameras to sense small groups of people, (b) low-power 8GHz band radio modules to establish the identity, presence, and coarse-grained relative locations of devices, and (c) accelerometers to detect tilting of slate devices. The resulting system supports fluid, minimally disruptive techniques for co-located collaboration by leveraging the proxemics of people as well as the proxemics of devices.

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“…This therefore illustrates how our detection scheme blocks unintentional touch, while also allowing intention touches to get through, unlike the simple thumb-blocking heuristics on the iPad Mini, for example, which ignore any hand contact near the edge of the screen in certain applications. We explored one final interaction, that of passing a tablet to another user as a way to offer an alternative, more physical semantic of sharing content with another user [18], much as observed during device micro-mobility [29,32]. Studies of passing prehension [33] and our observations (B12) indicate a characteristic sequence of motions.…”

Section: Detecting Unintentional Thumb Contactmentioning

confidence: 95%

“…We chose web browsing for this secondary task because writing side-by-side with reading the web offers a compelling scenario from the literature for digital ink (e.g. [18,44]). …”

Section: Observations Of Pen and Tablet Behaviorsmentioning

confidence: 99%

Sensing techniques for tablet+stylus interaction

Hinckley

Pahud

Benko

et al. 2014

Proceedings of the 27th Annual ACM Symposium on User Interface Software and Technology

Self Cite

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We explore grip and motion sensing to afford new techniques that leverage how users naturally manipulate tablet and stylus devices during pen + touch interaction. We can detect whether the user holds the pen in a writing grip or tucked between his fingers. We can distinguish bare-handed inputs, such as drag and pinch gestures produced by the nonpreferred hand, from touch gestures produced by the hand holding the pen, which necessarily impart a detectable motion signal to the stylus. We can sense which hand grips the tablet, and determine the screen's relative orientation to the pen. By selectively combining these signals and using them to complement one another, we can tailor interaction to the context, such as by ignoring unintentional touch inputs while writing, or supporting contextually-appropriate tools such as a magnifier for detailed stroke work that appears when the user pinches with the pen tucked between his fingers. These and other techniques can be used to impart new, previously unanticipated subtleties to pen + touch interaction on tablets.

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Codex

Cited by 72 publications

References 29 publications

Cross-Device Taxonomy

Cross-Device Taxonomy

Cross-device interaction via micro-mobility and f-formations

Sensing techniques for tablet+stylus interaction

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