This study used electroencephalograms (EEGs) to investigate thermal discomfort. The
thermal discomfort defined in this study considers both thermal displeasure induced by step …

Human thermal comfort researches mainly focus on the relation between the environmental
factors (eg ambient temperature, air humidity, and air velocity, etc.) and the thermal comfort …

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

Multidomain comfort theories have been demonstrated to interpret human thermal comfort in
buildings by employing human-centered physiological measurements coupled with …

Traditional heating, ventilation, and air conditioning (HVAC) control systems rely mostly on
static models, such as Fanger's predicted mean vote (PMV) to predict human thermal …

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 …

Thermal comfort is an important factor for the design of buildings. Although it has been well
recognized that many physiological parameters are linked to the state of thermal comfort or …

Thermal pleasure is currently measured along psychological and physiological variables.
However, in transient environments where temperatures change, it is hard to correlate …

The relation between electroencephalogram signals, thermal comfort, and cognitive
performance in neutral to hot indoor environment was investigated. The experiments were …

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 …