Recent studies have reported that occupants' physiological responses can be indicators of
indoor environmental quality (IEQ). As a result, there is an emerging demand for devices to …

We investigated the relationship between variation in EEG signal characteristics (α, β, θ and
δ frequency bands) of elderly adults and their thermal perceptions in outdoor environments …

The application of electroencephalogram (EEG) in exploring human psychophysiological
states within the context of buildings has gained prominence. However, existing research …

This study investigated the effect of indoor thermal conditions on electroencephalogram
(EEG) signals and used logistic regression to discriminate indoor, thermal comfort. Twenty …

This study investigated changes in scalp electroencephalography (EEG) features associated
with short-term exposure to four virtual classroom designs, with different window placement …

Thermal comfort is a crucial aspect of building design that can have a direct impact on
people's health, productivity, and overall comfort. Evaluating indoor thermal comfort could be …

Poor learning environments can easily lead to ineffective learning. Hence, previous studies
attempted to measure learning environments upon the psychological perceptions of the …

This paper reports an experimental study on college students in a climate chamber,
analyzed the scenes of measured skin temperature, EEG activity and task performance of …

In this study, the thermal comfort of indoor spaces while resting under winter indoor
conditions was evaluated by analyzing the bio-signals of the human body according to the …

The evaluation of thermal comfort for railway passengers holds considerable importance,
not only in reducing energy consumption but also in enhancing the passengers' experience …