Immersive technologies offer new opportunities to support collaborative visual data analysis
by providing each collaborator a personal, high-resolution view of a flexible shared …

Large Interactive Displays (LIDs), such as tabletops or interactive walls, are promising
innovations, which are increasingly used to support co-located collaboration. Yet the current …

Augmented reality (AR) can create the illusion of being virtually co-located during remote
collaboration, eg, by visualizing remote co-workers as avatars. However, spatial awareness …

Extracting underlying data from rasterized charts is tedious and inaccurate; values might be
partially occluded or hard to distinguish, and the quality of the image limits the precision of …

Interactive wall-sized displays benefit data visualization. Due to their sheer display size, they
make it possible to show large amounts of data in multiple coordinated views (MCV) and …

Immersive environments have gradually become standard for visualizing and analyzing
large or complex datasets that would otherwise be cumbersome, if not impossible, to explore …

Many of the problems being addressed by Immersive Analytics require groups of people to
solve. This chapter introduces the concept of Collaborative Immersive Analytics (CIA) and …

[Background] Virtual reality (VR) technology can provide unique immersive experiences for
group users, and especially for analytics tasks with visual information in learning. Providing …

When collaborating face-to-face, people commonly use the surfaces and spaces around
them to perform sensemaking tasks, such as spatially organising documents, notes or …

Wall displays are well suited for collaborative work and are often placed in rooms with ample
space in front of them that remains largely unused. Augmented Reality (AR) headsets can …