The paper introduces a working prototype of an IoT system which controls natural and
artificial light balance in combination with a dynamic shading system. The proposed solution …

In the era of informational and technological breakthrough, the automatically controlled
living and working environment is expected to become a commonly used service. This paper …

An innovative and self-adaptive integrated system for building energy and comfort
management has been developed. Both artificial and natural lighting controllers have been …

The sustainable development concept has revived the interest for daylighting as any day lit
area has very promising energy-saving opportunities; according to some specialists, the …

Recent studies have shown that energy-efficient smart LED lighting systems provide a better
visual comfort-working environment at a reduced energy consumption compared to existing …

The aim of this paper is to present the design and installation of a fuzzy logic controller of
indoor thermal and visual comfort as well as indoor air quality, using the EIB (European …

This paper presents a lighting control system based on natural light monitoring and on
occupancy control, characterized by installation easiness, even for existing plants, and …

The paper deals with the controlled dynamic thermal and illumination response of human-
built environment in real-time conditions. The aim is to harmonize the thermal and optical …

Building automation and control systems (BACs) allow plants in buildings to be controlled
and managed, thus increasing the users' comfort and reducing the operation and …

The presented work addresses the topic of energy savings in existing public buildings, when
no significant retrofits on building envelope or plants can be done and savings can be …