In this paper, we present MIRIA, a Mixed Reality Interaction Analysis toolkit designed to
support the in-situ visual analysis of user interaction in mixed reality and multi-display …

We explore the adaptation of 2D small-multiples visualisation on flat screens to 3D
immersive spaces. We use a" shelves" metaphor for layout of small multiples and consider a …

We explore the combination of smartwatches and a large interactive display to support
visual data analysis. These two extremes of interactive surfaces are increasingly popular …

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 …

Ultra-high resolution wall-sized displays (“ultra-walls”) are effective for presenting large
datasets, but their size and resolution make traditional pointing techniques inadequate for …

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 …

The availability of embedded, digital systems has led to a multitude of interconnected
sensors and actuators being distributed among smart objects and built environments …

We investigate using augmented reality to extend the screen of a smartphone beyond its
physical limits with a virtual surface that is co-planar with the phone and that follows as the …

Three-dimensional visualizations employing traditional input and output technologies have
well-known limitations. Immersive technologies, natural interaction techniques, and recent …

Large high-resolution displays are becoming increasingly common in research settings,
providing data scientists with visual interfaces for the analysis of large datasets. Numerous …