The increase in energy consumption, environmental pollution issues, and low-carbon
agenda has grown the research area of demand side management (DSM). DSM programs …

In order to address the current disparity between indoor air quality assessment, prediction,
and control, this study proposes an intelligent management approach for indoor air quality …

Fine particulate matter (PM2. 5) affects climate change and human health. Therefore, the
prediction of PM2. 5 level is particularly important for regulatory planning. The main …

People in modern societies spend most of their time in buildings, and a considerable
amount of energy is used to maintain indoor air quality (IAQ) and thermal comfort levels to …

Increased exposure to airborne fine particle pollution (PM2. 5) can result in decreased life
expectancy (DLE). However, while wood-burning in woodstoves and fireplaces for domestic …

Previous studies have explored the validity of various design and functioning interventions
to improve indoor environmental quality (IEQ); however, there is a lack of empirical studies …

Many studies have confirmed that fine particulate matter (PM 2.5) poses significant hazards
to both human health and the ecological environment. Predicting future trends in PM 2.5 …

Source localization is significant for mitigating indoor air pollution and safeguarding the well-
being and safety of occupants. While most study focuses on mechanical ventilation and …

PM2. 5 Prediction is a complex task of large-scale spatio-temporal analysis, which not only
needs comprehension of static geospatial knowledge and relative features but also needs to …

Abstract Alteration of Indoor Air Quality (IAQ) levels in the context of changing climate is
correlated with shifting air pollutant emissions, variations in ambient climate, and the …