Title :
Designing Brain-Computer Interfaces for Attention-Aware Systems
Author :
Peck, Evan M. ; Carlin, Emily ; Jacob, Robert
Abstract :
Brain-computer interfaces (BCIs) hold great promise for improving information delivery and preserving user attention, but this promise has not yet translated to practical use. A prototype BCI that optimizes email notifications in noisy, complex environments, CARSON combines multiple measures from the brain to predict both cognitive workload and message relevancy to determine the optimum time to interrupt the user.
Keywords :
brain-computer interfaces; cognition; electronic mail; BCI; CARSON; attention-aware systems; brain-computer interfaces; cognitive workload; email notifications; information delivery; message relevancy; user attention; Biomedical monitoring; Brain models; Brain-computer interfaces; Electronic mail; Noise measurement; Physiological computing; Sensors; BCIs; CARSON; Cognitive Automatic Real-Time Selection of Notifications; HCI; attention-aware systems; brain-computer interfaces; email; fNIRS; functional near-infrared spectroscopy; human-computer interaction; intelligent systems; physiological computing;
DOI :
10.1109/MC.2015.315
