Smart spaces are typically augmented with devices capable of sensing various inputs and
reacting to them. Data from these devices can be used to support system adaptation …

Gesture interactions have become ubiquitous, and with increasingly reliable sensing
technology we can anticipate their use in everyday environments such as smart homes …

We are witnessing major developments in sensing, processing, and communications that
have led toward an integrated composition of the world, in which physical and digital …

This paper concerns with the evaluation of methods for the estimation of both temporal and
spatial visual attention using a head-worn inertial measurement unit (IMU). Aimed at tasks …

The personalization of augmented reality (AR) experiences based on environmental and
user context is key to unlocking their full potential. The recent addition of eye tracking to AR …

Augmented and Virtual Reality (AR and VR), collectively known as Extended Reality (XR),
are increasingly gaining traction thanks to their technical advancement and the need for …

Head-mounted Augmented Reality (AR) displays overlay digital information on physical
objects. Through eye tracking, they allow novel interaction methods and provide insights into …

Smart devices and Internet of Things (IoT) technologies are replacing or being incorporated
into traditional devices at a growing pace. The use of digital interfaces to interact with these …

Smart spaces with multiple interactive devices and motion tracking capabilities are
becoming more common. However, there is little research on how interaction with one …

Eye tracking can be used to infer what is relevant to a user, and adapt the content and
appearance of an application to support the user in their current task. A prerequisite for …