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학술대회 An Energy Management Framework for Smart Factory based on Context-Awareness
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저자
이현정, 유상근, 김용운
발행일
201601
출처
International Conference on Advanced Communication Technology (ICACT) 2016, pp.685-688
DOI
https://dx.doi.org/10.1109/ICACT.2016.7423520
협약과제
15ME3300, 스마트팩토리 연동 및 상호운용성 기술 표준개발, 유상근
초록
In this paper, an energy management framework for smart factory is illustrated based on context-awareness. The smart factory is composed of the three layers, and IoT sensors are deployed in the smart factories and used to collect many kinds of data including personnel, equipment, and environment. The first layer, the data collection and control layer, collects and sends environmental and control data to the second layer. And, the second layer, energy management based on context-awareness layer, analyses the data and infers the context from them. Finally, the energy service layer provides energy management services to users through monitoring and controlling the status of energy consumption. Using the proposed scheme, users can monitor their energy consumption, and control their utilities and equipment to avoid energy leakage.
키워드
Context-aware, Energy Saving, Framework, IoT, Smart Factory
KSP 제안 키워드
Context awareness, Control layer, Data Collection, Energy leakage, Energy management framework, Energy saving, Energy services, First layer, IoT Sensors, Management services, Monitoring and controlling