This article considers smart lighting control systems with luminaire-based sensing for office
lighting applications. Each luminaire has a colocated occupancy sensor and light sensor …

Artificial lighting is one of the major electricity consumption in commercial buildings and
consumed about 17% of the total electrical energy. Therefore, there is a great potential to …

Artificial lighting accounts for a significant proportion (19%) of energy consumption in
building environments. This large contribution calls for the creation of energy-efficient …

Lighting, both indoor and outdoor, consumes a substantial amount of energy, making
improved efficiency a significant challenge. A promising approach to address outdoor …

Reducing energy demand in the residential and industrial sectors is an important challenge
worldwide. In particular, lights account for a great portion of total energy consumption, and …

In commercial buildings, lighting constitutes a large proportion of energy consumption.
Saving lighting energy in commercial buildings has aroused great interest among …

Buildings have been an important energy consuming sector, and inefficient controlling of
lights can result in wastage of energy in buildings. The aim of the study is to reduce energy …

A distributed lighting system of multiple intelligent luminaires is considered for providing
daylight and occupancy adaptive illumination. Each intelligent luminaire has a light sensor …

Accurate and efficient adjustment of maintained illuminance and illuminance uniformity in
indoor environments with daylight variations is a tremendous challenge, mainly due to the …

Daylight-linked controls (DLCs) allow to reduce energy costs and to maximize users'
comfort. Despite benefits it would provide, DLCs use is rather limited because of different …