The objectives of this study are to investigate building professionals' experience, awareness,
and interest in occupant health in buildings, and to assess the impact of the COVID-19 …

Building control systems have become essential to ensure both energy savings and user
comfort. Specifically, daylight-linked control systems (DLC systems) allow interior conditions …

The main limitation of existing daylight glare control strategies is their fundamental inability
to efficiently identify the location, size and brightness of potential glare sources in real-time …

The experiment was targeted to develop design strategies and methods by testing the
complex interplay between the dynamics of daylight and electrical lighting in an office. The …

Indoor climate and lighting in office buildings are operated using static and conservative
setpoints and schedules that are sub-optimal for real occupancy/occupants' diverse …

This paper presents a new method for classifying daylighting preferences based on deep
learning models trained with pixelwise similarity features extracted from pairs of luminance …

In this work, it is investigated how reading comfort is influenced by monitor and ambient
luminance levels, when employing high-luminance monitors. High-luminance monitors can …

Human preference-based control in buildings may achieve maximum occupant satisfaction
as well as energy savings. Adaptive and online learning methods are needed for learning …

Artificial lighting is a critical element in indoor environments such as offices, educational
facilities, and healthcare settings. However, the dose-response relationships between …

Human perception and vision have evolved in response to dynamic daylight, a combination
of radiation from direct sunlight and diffuse skylight, which has created a flow of variations in …