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首页> 外文会议>Symposium on Computational Science >A Framework for a Smart Campus: A Case of Covenant University: A Framework for an emerging Smart Campus
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A Framework for a Smart Campus: A Case of Covenant University: A Framework for an emerging Smart Campus

机译：智能校园的框架：一个盟约大学案例：一个新兴智能校园的框架

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摘要

Energy conservation encourages economic growth by redirecting wasteful spending to more productive activities. Energy savings can be used to increase consumption in the broader economy. A more efficient use of energy resources not only conserves this vital resource towards future consumption but also inhibits the excessive exploitation of non-renewable energy resources. The objective of this paper is to develop a suitable framework for an IoT-enabled energy conservation system for an emerging smart community such as Covenant University. A strategic interconnection of sensor networks and energy management systems integrated with the campus IT infrastructure was considered. This energy conservation cyber-physical system is expected to significantly improve energy efficiency in the University and increase energy savings. The scalability of this model will improve energy management in larger communities and cities in Nigeria, a country currently swamped with energy challenges.
机译：节能鼓励经济增长通过重定向浪费的花费以更加生产的活动。节能可用于增加更广泛经济的消费。更有效地利用能源资源不仅可以节省这种重要资源，还可以抑制对不可再生能源的过度利用。本文的目的是为能够为契约大学等新兴智能社区开发一个适当的能源保育系统框架。考虑了与校园IT基础架构集成的传感器网络和能量管理系统的战略互连。该节能网络物理系统预计将显着提高大学的能源效率，并节省能源。该模型的可扩展性将提高尼日利亚大型社区和城市的能源管理，该国目前淹没了能源挑战。

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