The electroencephalogram (EEG) has become a crucial tool for evaluating indoor cognitive
performance. This paper presents a comprehensive review of indoor cognitive performance …

The study of indoor light environments is crucial for achieving a balance between user
comfort and building energy efficiency. Electroencephalogram (EEG), known for its non …

Investigating human responses to light can reveal important information with the potential to
improve environmental design, circadian health, cognitive performance, and overall …

The impact of light comfort on user health and productivity is profound, and brain activity
serves as a sensitive indicator of how light environments influence individuals. This study …

The overall comfort of train passenger is influenced by many environmental factors such as
vibration, noise and pressure. However, the couple effect of these influencing factors causes …

In this study, we investigated the impact of the lighting environment on psychological
perception, physiology, and productivity and then designed lighting control strategies based …

Indoor room temperature and illuminance level are critical factors of indoor environment
quality (IEQ), affecting human mental task performance. These effects are reflected in their …

Most studies have been conducted on the impact of indoor environmental quality (IEQ) on
occupants' task performance. However, most studies are based on the assumption that IEQ …

Full-contact physical interactions inherent in typical construction workflow, such as material
handovers, have yet to be adequately resolved or adopted in Human–Robot Collaboration …

It is well-acknowledged that indoor environmental quality (IEQ) affects different aspects of
occupants' lives, such as satisfaction, performance, and well-being. This acknowledgement …