The rapid increase in display sizes and resolutions has led to the re-emergence of many pen-based interaction systems like tabletop and wall display environments. Pointing in these environments is an important task, but techniques have not exploited the manipulation of control and display parameters to the extent seen in desktop environments. We have overcome these in the design of a new pen-based interaction technique -- Bubble Radar. Bubble Radar allows users to reach both specific targets and empty space, and supports dynamic switching between selecting and placing. The technique is based on combining the benefits of a successful pen-based pointing technique, the Radar View, with a successful desktop object pointing technique -- the Bubb...
Navigating on large high-resolution displays (LHRDs) using devices built for traditional desktop com...
We present Hover Widgets, a new technique for increasing the capabilities of pen-based interfaces. H...
Large high-resolution displays combine high pixel density with ample physical dimensions. The combin...
The rapid increase in display sizes and resolutions has led to the re-emergence of many pen-based in...
We present the Bubble Lens, a new target acquisition technique that remedies the limitations of the ...
We present the bubble cursor – a new target acquisition technique based on area cursors. The bubble ...
This paper presents a novel interaction technique for tabletop computer displays. When using a direc...
Selecting and moving digital content on interactive tab-letops often involves accessing the workspac...
This paper investigates the interaction ability when introducing pressure into current basic interac...
Pen-based interaction is becoming a commonplace two degree-of-freedom alternative to the mouse. The ...
Pen-based computers bring the promise of tapping into people’s expressiveness with pen and paper and...
Previous studies have argued for the use of gaze-assisted pointing techniques (MAGIC) in improving h...
International audienceRich interaction with high-resolution wall displays is not limited to remotely...
With the emergence of wall-size displays, touch and pen input have regained popularity. Touch/pen in...
Desktop at Fingertip is a proof-of-concept prototype system that approaches the desktop interaction ...
Navigating on large high-resolution displays (LHRDs) using devices built for traditional desktop com...
We present Hover Widgets, a new technique for increasing the capabilities of pen-based interfaces. H...
Large high-resolution displays combine high pixel density with ample physical dimensions. The combin...
The rapid increase in display sizes and resolutions has led to the re-emergence of many pen-based in...
We present the Bubble Lens, a new target acquisition technique that remedies the limitations of the ...
We present the bubble cursor – a new target acquisition technique based on area cursors. The bubble ...
This paper presents a novel interaction technique for tabletop computer displays. When using a direc...
Selecting and moving digital content on interactive tab-letops often involves accessing the workspac...
This paper investigates the interaction ability when introducing pressure into current basic interac...
Pen-based interaction is becoming a commonplace two degree-of-freedom alternative to the mouse. The ...
Pen-based computers bring the promise of tapping into people’s expressiveness with pen and paper and...
Previous studies have argued for the use of gaze-assisted pointing techniques (MAGIC) in improving h...
International audienceRich interaction with high-resolution wall displays is not limited to remotely...
With the emergence of wall-size displays, touch and pen input have regained popularity. Touch/pen in...
Desktop at Fingertip is a proof-of-concept prototype system that approaches the desktop interaction ...
Navigating on large high-resolution displays (LHRDs) using devices built for traditional desktop com...
We present Hover Widgets, a new technique for increasing the capabilities of pen-based interfaces. H...
Large high-resolution displays combine high pixel density with ample physical dimensions. The combin...