In this paper, we present a novel device concept that features double-sided displays which can be folded using predefined hinges. The device concept enables users to dynamically alter both size and shape of the display and also to access the backside using fold gestures. We explore the design of such devices by investigating different types and forms of folding. Furthermore, we propose a set of interaction principles and techniques. Following a user-centered design process, we evaluate our device concept in two sessions with low-fidelity and high-fidelity prototypes
We present FoldTronics, a 2D-cutting based fabrication technique to integrate electronics into 3D fo...
International audienceThe rapid evolution of multi-display environments (MDEs) has created a vacuum ...
We present WristOrigami, an origami-inspired design concept and system extending the interaction wit...
Whilst new patents and announcements advertise the technical availability of foldable displays, whic...
Folding is an effective means to overcome the inherent problem associated with displaying a large in...
Limited information is available regarding ergonomic foldable display device forms. This two-stage s...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
As mobile devices are constantly evolving, new requirements are emerging regarding their screens: bi...
In this paper we developed a device concept and a prototype of a future mobile device. By featuring ...
Designing foldable user interfaces (“foldinterfaces”) is complex and time-consuming because of the m...
Smartwatches are highly portable, ubiquitous devices, allowing rich interaction at a small scale. Ho...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
This publication describes systems and techniques to provide a display on a spine of a foldable elec...
Influenced by software design traits and mobile computing trends of the early 21st century, technolo...
We introduce “4E,” a new design approach of reconfigurable displays that can change their form facto...
We present FoldTronics, a 2D-cutting based fabrication technique to integrate electronics into 3D fo...
International audienceThe rapid evolution of multi-display environments (MDEs) has created a vacuum ...
We present WristOrigami, an origami-inspired design concept and system extending the interaction wit...
Whilst new patents and announcements advertise the technical availability of foldable displays, whic...
Folding is an effective means to overcome the inherent problem associated with displaying a large in...
Limited information is available regarding ergonomic foldable display device forms. This two-stage s...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
As mobile devices are constantly evolving, new requirements are emerging regarding their screens: bi...
In this paper we developed a device concept and a prototype of a future mobile device. By featuring ...
Designing foldable user interfaces (“foldinterfaces”) is complex and time-consuming because of the m...
Smartwatches are highly portable, ubiquitous devices, allowing rich interaction at a small scale. Ho...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
This publication describes systems and techniques to provide a display on a spine of a foldable elec...
Influenced by software design traits and mobile computing trends of the early 21st century, technolo...
We introduce “4E,” a new design approach of reconfigurable displays that can change their form facto...
We present FoldTronics, a 2D-cutting based fabrication technique to integrate electronics into 3D fo...
International audienceThe rapid evolution of multi-display environments (MDEs) has created a vacuum ...
We present WristOrigami, an origami-inspired design concept and system extending the interaction wit...