In this paper, we describe the design of menus for multi-user digital tabletops. On direct input surfaces, occlusions created by the user’s hand decrease interaction performance with menus. The key design criteria are to avoid these occlusions and to adapt the menu placement to the user’s handedness and position on the tabletop. We present an adaptive menu placement method based on direct touch and pen tracking that allows correct menu placement around the table. As an extension, we propose adding a gesture input area for fast interaction which can be partly occluded by the user’s hand
Efficient command selection is just as important for multi-touch devices as it is for traditional in...
International audienceMulti-scale navigation interfaces were originally designed to enable single us...
International audienceMulti-scale navigation interfaces were originally designed to enable single us...
In this paper, we describe the design of menus for multi-user digital tabletops. On direct input sur...
On direct input surfaces, occlusions created by the user’s hand decrease interaction performance wit...
This paper addresses challenges created by physical objects that occlude screen contents on interact...
Pen-based interaction is becoming a commonplace two degree-of-freedom alternative to the mouse. The ...
We examine the shape of hand and forearm occlusion on a multi-touch table for different touch contac...
In this paper, we address the challenges of occlusion created by physical objects on interactive tab...
International audienceWe examine the shape of hand and forearm occlusion on a multi-touch table for ...
International audienceWe examine the shape of hand and forearm occlusion on a multi-touch table for ...
In this paper, we address the challenges of occlusion created by physical objects on interactive tab...
International audienceWe examine the shape of hand and forearm occlusion on a multi-touch table for ...
In this paper, we address the challenges of occlusion created by physical objects on interactive tab...
Tabletop systems provide a versatile space for collaboration, yet, in many cases, are limited by the...
Efficient command selection is just as important for multi-touch devices as it is for traditional in...
International audienceMulti-scale navigation interfaces were originally designed to enable single us...
International audienceMulti-scale navigation interfaces were originally designed to enable single us...
In this paper, we describe the design of menus for multi-user digital tabletops. On direct input sur...
On direct input surfaces, occlusions created by the user’s hand decrease interaction performance wit...
This paper addresses challenges created by physical objects that occlude screen contents on interact...
Pen-based interaction is becoming a commonplace two degree-of-freedom alternative to the mouse. The ...
We examine the shape of hand and forearm occlusion on a multi-touch table for different touch contac...
In this paper, we address the challenges of occlusion created by physical objects on interactive tab...
International audienceWe examine the shape of hand and forearm occlusion on a multi-touch table for ...
International audienceWe examine the shape of hand and forearm occlusion on a multi-touch table for ...
In this paper, we address the challenges of occlusion created by physical objects on interactive tab...
International audienceWe examine the shape of hand and forearm occlusion on a multi-touch table for ...
In this paper, we address the challenges of occlusion created by physical objects on interactive tab...
Tabletop systems provide a versatile space for collaboration, yet, in many cases, are limited by the...
Efficient command selection is just as important for multi-touch devices as it is for traditional in...
International audienceMulti-scale navigation interfaces were originally designed to enable single us...
International audienceMulti-scale navigation interfaces were originally designed to enable single us...