This paper reviews the state of the art of using Brain-Computer Interfaces (BCIs) in
combination with Augmented Reality (AR). First it introduces the field of AR and its main …

The proliferation of physiological sensors opens new opportunities to explore interactions,
conduct experiments and evaluate the user experience with continuous monitoring of bodily …

The term implicit interaction is often used to denote interactions that differ from traditional
purposeful and attention demanding ways of interacting with computers. However, there is a …

As wearable computing becomes more mainstream, it holds the promise of delivering timely,
relevant notifications to the user. However, these devices can potentially inundate the user …

Memory is a cognitive ability used in our everyday lives. However, it eventually declines and
its adaptive nature results in memory troubles. We most often face prospective memory …

When humans interact with systems, we are limited to the direct commands to the system
and results from these commands. While a machine is discrete and deterministic, the human …

This paper presents our efforts in redesigning the conventional on/off interruption
management tactic (aka" Do Not Disturb Mode") for situations where interruptions are …

Memory is needed in our everyday lives, be it during learning, work and reminiscing. The
idea of 'augmenting human intellect'stems from the visions of Engelbart (1962), Xia and …

Building brain-computer interfaces that can automatically adapt to an individual's changing
cognitive states has important implications in many domains, such as gaming, driving, and …

Emerging physiological sensing technologies provide a multitude of data about the user's
physiological status. Such data combined with advanced computational capabilities, such as …