The research and implementation of multi-sensor collaboration in a smart lighting control system based on smart city operating system i-stack

Abstract

In order to make full use of a wide variety of surrounding user devices, and further to provide users with real-time, high efficiency and high quality services, it has become a necessary demand for a variety of terminals to work together and jointly provide services. At the same time, it is difficult to obtain the accurate response of the control request with only one kind of device, the control result cannot satisfy the user requirements. Based on Cloud of Things, a smart city operating system i-stack is proposed. And then based on this smart city operating system and multiple sensors collaboration technology, a new smart city operating system architecture for smart lighting control system is proposed. The ultimate intention is to link up many kinds of sensors in the lighting system via a wireless sensor network (ZigBee for example). Users can configure and use these sensors in an Event-Condition-Action mode from the remote management platform. This new system can provide users with a great quality of experience by collaborating multiple devices in its surroundings and aggregating capacities adaptively.