Occupant satisfaction is influenced by the interaction and combined effects of multi-domain
indoor environmental quality (IEQ) in buildings. While there are literature reviews on multi …

Researchers have shown that the physiological-based personal comfort models (PCM) are
capable of addressing individual differences as well as transient thermal comfort. Given that …

While legacy building digital twins (DTs), such as building management systems, help
building and facility managers to make informed decisions, the real end-users of buildings …

Thermal comfort is one of the primary factors influencing occupant health, well-being, and
productivity in buildings. Existing thermal comfort systems require occupants to frequently …

Research on the quality of the air in rural areas is essential for determining base emissions
of air pollutants, evaluating the effects of dust pollutants particular to rural areas, modeling …

Humans could exhibit distinct overall thermal preferences when exposed to identical indoor
thermal environments, leading to preference groups such as" warm-likers" or" cool-likers" …

While field research in indoor air quality (IAQ) increasingly uses large numbers of low-cost
sensors, detailed validation of each sensor is becoming infeasible, ignored, or undeclared …

In light of COVID-19, people are increasingly anxious about indoor air quality data in places
where they live and work. Access to this data using a consumer-grade air quality monitor …

In this paper, a comparative analysis between the PM 2.5 concentration in downtown Quito,
Ecuador, during the COVID-19 pandemic in 2020 and the previous five years (from 2015 to …

In the commercial built environment, human-centered design is generally described as the
process of making the preferences of occupants as the most important priority in design and …