… In order to effect the transitions accurately, users need to be … The “calmness” of this adaptation
strategy means that the user … Although this might appear slow, it is a very high speed for …

… of the complex interactions between the concurrent adaptations of … that accurately and
reliably reflect the intent of the BCI user. … This is intuitive since the EEG signals are nonstationary …

… software, we enabled intuitive brain-computer interactions by … We evaluated the accuracy
on a subset of three patients with … By providing real-time, high-speed, and smooth neural …

… an attempt to draw reliable inferences about the user’s current state … areas, such as
brain–computer interface development and … Given the high-speed parallel processing capabilities …

… Furthermore, affective interaction focuses less on accurate … In the data acquisition stage,
high-speed video of the user׳s … When looking at brain–computer interfaces or BCIs, we notice …

… a game controlled by a Brain-Computer Interface (BCI) based on … Despite this successful
experiment, adaptations and … be improved for frequent use, since the correct positioning of the …

… -modal interaction scheme is evaluated to be more accurate … Utilizing brain–computer
interfaces (BCIs) in a hybrid form (eg… We expect that these adaptations will continue but need to …

… is not high enough to use these signals for reliable on-line control. … “A brain–computer interface
using electrocorticographic … that are correlated by high-speed computers to track objects. …

… possibility, presenting a comparatively high speed and precision. … When a user interacts
with a computer, he/she aims at … from these adaptations is both calibration-free and self-paced. …

… We categorise these applications into three primary classifications: interaction, where the
networks amplify user engagements with virtual and augmented settings; creation, showcasing …