Real-time helmet wearing determination AI algorithm: construction workplace health and safety by Lee, Veatrice Wei Ling

“…Internal humidity (i.e., inside of helmet) and external humidity (i.e., ambient humidity) data is used to produce the parameters for the helmet wearing determining program: (a)ambient-microclimate humidity difference (AMHD), and (b)ambient-microclimate humidity difference rate of change (AMHDROC). …”
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Machine learning aided smart helmet: wearable sensors for workplace safety and health (WSH)​ by Shaw, Yun Min

“…Other important parameters were also analysed: (a) internal humidity; (b) external humidity; (c) ambient-microclimate humidity difference (AMHD), which is the sole predictor feature used in the ML models. …”
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Numerical analysis of urban windiness by Lim, Ting Hui.

“…The strategic locations of misting operations on sky rise gardens are seen to bring many tangible and visible benefits towards microclimate control in roof region. Its cooling effects have continuing benefits on improving street level air quality, mitigating urban heat island effect both on roof and street level. …”
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Cool coating performance for urban heat island (UHI) mitigation in residential area – numerical study by Tan, Sharon Hui Shan

“…The objective is to evaluate the effectiveness of cool paint using a 3D microclimate model, ENVI-met. Simulation results from ENVI-met were validated with the observation from the experimental study. …”
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Reduction in thermal loading of buildings by high-albedo materials by Lau, Jia Hui.

“…Effects of the high albedo roof on the roof microclimate, together with the roof surface temperature, heat flux across the roof slab and the power consumption of the air-conditioner required to cool the test building were analysed through the experimental study. …”
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