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Buildings, with their different subsystems interacting with diverse occupants, constitute a complex Cyber-Physical-Human infrastructure. Monitoring and controlling this complex ecosystem is essential both for efficient and optimized operations of building subsystems and for influencing the occupant behavior. A critical enabling technology in this case is a middleware system for buildings that can...
Buildings are one of the largest consumers of electricity. Dominant electricity consumption within the buildings, contributed by plug loads, lighting and air conditioning, can be significantly improved using Occupancy-based Building Management Systems (Ob-BMS). In this paper, we address three critical aspects of Ob-BMS i.e. 1) Modular sensor node design to support diverse deployment scenarios; 2)...
In this work, we propose a scalable, end-to-end, fine-grained and low-cost resource (electricity) management system for buildings. Our proposed work is in the direction of using low cost sensing approaches (including existing sensory information) and designing middleware for end-to-end management.
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