Part 1: Long and Short PapersInternational audienceThis paper presents two studies investigating the use of novel modalities for bimanual vertical scrolling on tablet devices. Several bimanual interaction techniques are presented, using a combination of physical dial, touch and pressure input, which split the control of scrolling speed and scrolling direction across two hands. The new interaction techniques are compared to equivalent unimanual techniques in a controlled linear targeting task. The results suggest that participants can select targets significantly faster and with a lower subjective workload using the bimanual techniques
Touchpad and touchscreen interaction using multiple fingers is emerging as a valuable form of high-d...
Selecting and moving digital content on interactive tab-letops often involves accessing the workspac...
The size of human fingers and the lack of sensing precision can make precise touch screen interactio...
Touchscreen tablet devices present an interesting challenge to interaction designers: they are not q...
International audienceDespite the demonstrated benefits of bimanual interaction, most tablets use ju...
Combined bimanual pen and touch input on digital tab-letops is an appealing interaction paradigm enj...
International audienceSPad is a new bimanual interaction technique designed to improve productivity ...
Multi-touch input on interactive surfaces has matured as a device for bimanual interaction and invok...
ABSTRACT Many research projects have demonstrated the benefits of bimanual interaction for a variety...
Multitouch technology allows the users to use both their hands and multiple fingers to manipulate di...
The availability, and popularity, of touch screen tablets is drastically increasing with over 30% of...
In everyday life people skillfully use both hands in complex tasks such as driving a car or drawing ...
Communication informelle et démonstrationNational audienceWe study interaction techniques for mobile...
International audienceWe explore the combination of touch modalities with pressure-based modalities ...
In this paper we investigate the relationship between bimanual (two-handed) manipulation and the cog...
Touchpad and touchscreen interaction using multiple fingers is emerging as a valuable form of high-d...
Selecting and moving digital content on interactive tab-letops often involves accessing the workspac...
The size of human fingers and the lack of sensing precision can make precise touch screen interactio...
Touchscreen tablet devices present an interesting challenge to interaction designers: they are not q...
International audienceDespite the demonstrated benefits of bimanual interaction, most tablets use ju...
Combined bimanual pen and touch input on digital tab-letops is an appealing interaction paradigm enj...
International audienceSPad is a new bimanual interaction technique designed to improve productivity ...
Multi-touch input on interactive surfaces has matured as a device for bimanual interaction and invok...
ABSTRACT Many research projects have demonstrated the benefits of bimanual interaction for a variety...
Multitouch technology allows the users to use both their hands and multiple fingers to manipulate di...
The availability, and popularity, of touch screen tablets is drastically increasing with over 30% of...
In everyday life people skillfully use both hands in complex tasks such as driving a car or drawing ...
Communication informelle et démonstrationNational audienceWe study interaction techniques for mobile...
International audienceWe explore the combination of touch modalities with pressure-based modalities ...
In this paper we investigate the relationship between bimanual (two-handed) manipulation and the cog...
Touchpad and touchscreen interaction using multiple fingers is emerging as a valuable form of high-d...
Selecting and moving digital content on interactive tab-letops often involves accessing the workspac...
The size of human fingers and the lack of sensing precision can make precise touch screen interactio...