Designing collaborative interfaces for tabletops remains difficult because we do not fully understand how groups coordinate their actions when working collaboratively over tables. We present two observational studies of pairs completing independent and shared tasks that investigate collaborative coupling, or the manner in which collaborators are involved and occupied with each other’s work. Our results indicate that individuals frequently and fluidly engage and disengage with group activity through several distinct, recognizable states with unique characteristics. We describe these states and explore the consequences of these states for tabletop interface design. Author Keywords Collaborative tabletop displays, single display groupware, mix...
Tabletops have been used to support a range of co-located activities, from games to image sorting. H...
In this work in progress paper, we present first results of a collaborative tabletop study that comp...
Interactive tables are well suited for co-located collaboration. Most prior research assumed users t...
Large, high-resolution displays are highly suitable for creation of digital environments for co-loca...
We explore how the placement of control widgets (such as menus) affects collaboration and usability ...
Abstract. Collaborative interactions with many existing digital tabletop systems lack the fluidity o...
Interactive tables are well suited for co-located colla-boration. Most prior research assumed users ...
The use of co-located interfaces can be more problematic than working on standard single-user softwa...
International audienceWall-sized displays support small groups of users working together on large am...
The status quo for co-located groupware is to assume that "social protocols" (standards of...
Collaboration among multiple users on large screens leads to complicated behavior patterns and group...
Abstract. Multi-touch tabletop systems promise to enhance collaboration in multi-display (MDE) envir...
This panel will explore an interaction paradigm for colocated computer-based collaboration we term S...
Large Interactive Displays (LIDs), such as tabletops or interactive walls, are promising innovations...
Received an honorable mention at VAST 2010International audienceCo-located collaboration can be extr...
Tabletops have been used to support a range of co-located activities, from games to image sorting. H...
In this work in progress paper, we present first results of a collaborative tabletop study that comp...
Interactive tables are well suited for co-located collaboration. Most prior research assumed users t...
Large, high-resolution displays are highly suitable for creation of digital environments for co-loca...
We explore how the placement of control widgets (such as menus) affects collaboration and usability ...
Abstract. Collaborative interactions with many existing digital tabletop systems lack the fluidity o...
Interactive tables are well suited for co-located colla-boration. Most prior research assumed users ...
The use of co-located interfaces can be more problematic than working on standard single-user softwa...
International audienceWall-sized displays support small groups of users working together on large am...
The status quo for co-located groupware is to assume that "social protocols" (standards of...
Collaboration among multiple users on large screens leads to complicated behavior patterns and group...
Abstract. Multi-touch tabletop systems promise to enhance collaboration in multi-display (MDE) envir...
This panel will explore an interaction paradigm for colocated computer-based collaboration we term S...
Large Interactive Displays (LIDs), such as tabletops or interactive walls, are promising innovations...
Received an honorable mention at VAST 2010International audienceCo-located collaboration can be extr...
Tabletops have been used to support a range of co-located activities, from games to image sorting. H...
In this work in progress paper, we present first results of a collaborative tabletop study that comp...
Interactive tables are well suited for co-located collaboration. Most prior research assumed users t...