Ilaria Pigliautile

TL;DR: In this article, a survey was submitted to pedestrians while crossing the area to understand their actual perception of visual-thermal-acoustic conditions characterizing the outdoor environment, with varying weather and personal characteristics.

TL;DR: In this article, the authors investigated the role of non-physical factors such as socio-psychological, physiological, and medical factors in occupants' comfort perception of the indoor environment.

TL;DR: This work demonstrates the strict connection, with a prediction accuracy up to 84%, between physiological parameters (Heart Rate Variability and its indices) and human thermal comfort, opening the perspective of real-time measuring comfort for control and energy management purposes, taking into account human-centric parameters.

TL;DR: The analysis showed that very site-specific environmental conditions may be detected while several environmental spheres are investigated by the novel wearable system in summer conditions, to characterize livability environmental conditions which affect urban population wellbeing.

TL;DR: This survey paper provides a critical summary and analysis of the works reported in the literature on data-driven modelling of occupant behaviour and energy in buildings at the urban scale and presents a set of recommendations for future directions.