Add to ORKGWe present a device concept and a prototype of a future mobile device. By featuring a rollable display, its display size and its form factor can be dynamically changed. Moreover, we investigate how physical resizing of the display can be used as an input technique for interacting with digital contents and present a set of novel interaction techniques. Evaluation results show that physical resizing of the display can improve the way we interact with digital contents on mobile devices
International audienceWe present the concept of Emergeables - mobile surfaces that can deform or 'mo...
In this paper we describe our current research in the field of interactive large public displays wit...
With recent advances in flexible displays, computer displays are no longer restricted to flat, rigid...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
In this paper we developed a device concept and a prototype of a future mobile device. By featuring ...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
Prototypes for both flexible and transparent displays have been presented separately. Soon combinati...
Inherent obstacles in current mobile applications are the limited input and output capabilities of m...
Beside designing the graphical interface of mobile applications, mobile phones and their built-in se...
We present a document navigation technique for mobile displays that relies entirely on principles of...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
In this paper, we present a novel device concept that features double-sided displays which can be fo...
Interaction designers for mobile phones mainly focus on displays but have only little knowledge abou...
Spatially aware handheld displays are a promising approach to interact with complex information spac...
International audienceWe present the concept of Emergeables - mobile surfaces that can deform or 'mo...
In this paper we describe our current research in the field of interactive large public displays wit...
With recent advances in flexible displays, computer displays are no longer restricted to flat, rigid...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
In this paper we developed a device concept and a prototype of a future mobile device. By featuring ...
We present a device concept and a prototype of a future mobile device. By featuring a rollable displ...
Prototypes for both flexible and transparent displays have been presented separately. Soon combinati...
Inherent obstacles in current mobile applications are the limited input and output capabilities of m...
Beside designing the graphical interface of mobile applications, mobile phones and their built-in se...
We present a document navigation technique for mobile displays that relies entirely on principles of...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
The limited screen size and resolution of current mobile devices can still be problematic for map, m...
In this paper, we present a novel device concept that features double-sided displays which can be fo...
Interaction designers for mobile phones mainly focus on displays but have only little knowledge abou...
Spatially aware handheld displays are a promising approach to interact with complex information spac...
International audienceWe present the concept of Emergeables - mobile surfaces that can deform or 'mo...
In this paper we describe our current research in the field of interactive large public displays wit...
With recent advances in flexible displays, computer displays are no longer restricted to flat, rigid...