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In the existing lighting management system, motion sensors remain activated to detect user's movement. The activated sensors result in a constant waste of energy. The proposed system dynamically activates or deactivates its motion sensors, efficiently reducing the energy consumption of the sensors.
This paper proposes a personalized home energy management system (PHEMS) which manages the electric power consumption of household appliances by using a user's mobile device. The PHEMS utilizes a user's mobile device as a lightweight server, and provides personalized energy management services via a mobile application. Moreover, to manage the appliances' energy consumption, this paper designed and...
The context-aware service system (CASS) for smart home services has received considerable attention due to advances made in context-awareness technologies. In recent years, various context-aware consumer electronics for intelligent and personalized user-centric services have been introduced. However, the conventional CASS has architectural limitations, including low availability, low interoperability,...
In this paper, we propose a novel concept of a zone-aware service based on resource mobility for enhancing cost-efficiency. We implemented and evaluated a zone-aware service system (ZaSS). As a result, the proposed service enhanced the efficiency of energy consumption.
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