Graphical models built on sensor networks have been used extensively in smart home projects to improve occupancy comfort and building energy use. Simulation tools use profiles of occupants to predict future building energy use. Previous research focused on past or present occupancy and mobility. But the social interactions are often ignored. In this study, we model occupancy activities by constructing a social network from information provided by physical sensor networks in an open-plan office building. We propsed a Time Series Maximum Margin Markov Network model (TM3N) to incorporate information from evolving networks, e.g., number of occupants, occupant activities and indoor and outdoor CO2 changes. We then constructed an energy simulatio...
Compared to the wealth of studies on residential energy behavior, studies on the energy attitudes an...
International audienceTo reduce energy consumption in buildings many efforts have been made to find ...
This study explored the potential for using a web-based social network to promote energy awareness a...
Wireless sensor networks (WSNs) is a field with broad variety of applications. Its flexibility for r...
To design and manage office buildings that are both energy-efficient and productive work environment...
Heating, cooling and ventilation accounts for 35 % energy usage in the United States. Currently, mos...
Knowing how many people occupy a building, and where they are located, is a key component of buildin...
Understanding the underlying structure of building occupant dynamics is crucial to improving the eff...
International audienceWe use a sensor network of 173 sensors to monitor the energy consumption, the ...
The development of IoT devices has allowed to install large amounts of sensors in different environm...
Building management systems (BMS) in smart buildings are supposed to support the optimization of ene...
Abstract Sensor devices are becoming omnipresent, supplying data to a wide range of applications. I...
This project is investigating the development and application of sensor networks to enhance building...
Energy consumption in buildings accounts for 20% of the total energy consumed worldwide in 2016. Fur...
This article presents a prototype model based on a wireless sensor actuator network (WSAN) aimed at ...
Compared to the wealth of studies on residential energy behavior, studies on the energy attitudes an...
International audienceTo reduce energy consumption in buildings many efforts have been made to find ...
This study explored the potential for using a web-based social network to promote energy awareness a...
Wireless sensor networks (WSNs) is a field with broad variety of applications. Its flexibility for r...
To design and manage office buildings that are both energy-efficient and productive work environment...
Heating, cooling and ventilation accounts for 35 % energy usage in the United States. Currently, mos...
Knowing how many people occupy a building, and where they are located, is a key component of buildin...
Understanding the underlying structure of building occupant dynamics is crucial to improving the eff...
International audienceWe use a sensor network of 173 sensors to monitor the energy consumption, the ...
The development of IoT devices has allowed to install large amounts of sensors in different environm...
Building management systems (BMS) in smart buildings are supposed to support the optimization of ene...
Abstract Sensor devices are becoming omnipresent, supplying data to a wide range of applications. I...
This project is investigating the development and application of sensor networks to enhance building...
Energy consumption in buildings accounts for 20% of the total energy consumed worldwide in 2016. Fur...
This article presents a prototype model based on a wireless sensor actuator network (WSAN) aimed at ...
Compared to the wealth of studies on residential energy behavior, studies on the energy attitudes an...
International audienceTo reduce energy consumption in buildings many efforts have been made to find ...
This study explored the potential for using a web-based social network to promote energy awareness a...