Theories of cognition inform our decisions when designing human-computer interfaces, and
immersive systems enable us to examine these theories. This work explores the …

This paper addresses a novel approach to assess and classify the cognitive load of subjects
from their hemodynamic response while engaged in motor learning tasks, such as vehicle …

Functional near infrared spectroscopy (fNIRS) devices capture the variability in oxygenated
and deoxygenated blood flow in the cortical layers of the brain during execution of cognitive …

During the past two decade researchers have been exploring the mechanism of object
shape and depth perception using EEG and fMRI. However, the underlying cortical process …

We study the vowels detection from brain activation due to vowel sound imageries. At first
we experimentally determine the maximum and relatively longer activation that takes place …

Recent advances in brain–computer interface (BCI) and advanced computational algorithms
make us capable of classifying different human motor imageries based on their …

The crucial role of working memory for cognitive performance based on temporary
information processing has been studied for decades. Behavioral tests and functional …

Most of the traditional works on emotion recognition utilize manifestation of emotion in face,
voice, gesture/posture and bio-potential signals of the subjects. However, these modalities …

Artificial Intelligence has probably been the most rapidly evolving field of science during the
last decade. Its numerous real-life applications have radically altered the way we experience …

The effectiveness of wireless electroencephalograph (EEG) sensor-based medical or Brain
Computer Interface applications largely depends on how to classify EEG signals as …