Cross-device interaction between multiple mobile devices is a popular field of research in HCI. However, the appropriate design of this interaction is still an open question, with competing approaches such as spatially-aware vs. spatially-agnostic techniques. In this paper, we present the results of a two-phase user study that explores this design space: In phase 1, we elicited gestures for typical mobile cross-device tasks from 4 focus groups (N=17). The results show that 71% of the elicited gestures were spatially-aware and that participants strongly associated cross-device tasks with interacting and thinking in space. In phase 2, we implemented one spatially-agnostic and two spatially-aware techniques from phase 1 and compared them in a ...
textThe field of interaction design is constantly shifting with the introduction of new technologie...
This paper describes an alternative form of interaction for mobile devices using crossmodal output. ...
International audienceSpatial interactions have a great potential in ubiquitous environments. Physic...
* First two authors contributed equally to this work Cross-device interaction between multiple mobil...
Use of spatial information to support discovery of interaction opportunities has been widely demonst...
Use of spatial information to support discovery of interaction opportunities has been widely demonst...
In the last 20 years, the widespread adoption of personal, mobile computing devices in everyday life...
The collaborative decision-making process is traditionally supported by multi-user interfaces, such ...
We are witnessing a considerable growth in number and density of powerful mobile devices around us. ...
This thesis explores how non-visual modalities, especially gestures, can be utilized to enhance User...
Even though mobile devices are ubiquitous and users often own several of them, using them in concert...
Over decades, many researchers developed complex in-lab systems with the overall goal to track multi...
Smart spaces with multiple interactive devices and motion tracking capabilities are becoming more co...
There are currently two primary ways of viewing location specific information in-situ on hand-held m...
Indoor location systems enable mobile devices to gather location information of other devices or ser...
textThe field of interaction design is constantly shifting with the introduction of new technologie...
This paper describes an alternative form of interaction for mobile devices using crossmodal output. ...
International audienceSpatial interactions have a great potential in ubiquitous environments. Physic...
* First two authors contributed equally to this work Cross-device interaction between multiple mobil...
Use of spatial information to support discovery of interaction opportunities has been widely demonst...
Use of spatial information to support discovery of interaction opportunities has been widely demonst...
In the last 20 years, the widespread adoption of personal, mobile computing devices in everyday life...
The collaborative decision-making process is traditionally supported by multi-user interfaces, such ...
We are witnessing a considerable growth in number and density of powerful mobile devices around us. ...
This thesis explores how non-visual modalities, especially gestures, can be utilized to enhance User...
Even though mobile devices are ubiquitous and users often own several of them, using them in concert...
Over decades, many researchers developed complex in-lab systems with the overall goal to track multi...
Smart spaces with multiple interactive devices and motion tracking capabilities are becoming more co...
There are currently two primary ways of viewing location specific information in-situ on hand-held m...
Indoor location systems enable mobile devices to gather location information of other devices or ser...
textThe field of interaction design is constantly shifting with the introduction of new technologie...
This paper describes an alternative form of interaction for mobile devices using crossmodal output. ...
International audienceSpatial interactions have a great potential in ubiquitous environments. Physic...