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Design and Implementation of Greenhouse Control System Based IEEE802.15.4e and 6L0WPAN

机译:基于IEEE802.15.4e和6L0WPAN的温室控制系统的设计与实现

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Recently, USN are becoming an important solution to agriculture automation. This paper describes the implementation and configuraiton of USN using IEEE802.15.4e and 6L0WPAN for the Greenhouse Control System which is comprised of the Sensor/Actuator Node, Greenhouse Control Gateway, Greenhouse Operating System and the Integrated Greenhouse Managing System. We apply IEEE802.15.4e and 6L0WPAN to our system in order to overcome the expandability and reliability of the Greenhouse having many control elements. Unlike unstabe communication of ZigBee, this system supports the quality of service for the serious performance degradation by the frequent retransmission generated by the increasing of traffic and has the timeliness delivery of the sensing information.
机译:最近,USN成为农业自动化的重要解决方案。本文描述了使用IEEE802.15.4e和6L0WPAN的USN的温室控制系统的实现和配置,该系统由传感器/执行器节点,温室控制网关,温室操作系统和综合温室管理系统组成。我们将IEEE802.15.4e和6L0WPAN应用于我们的系统,以克服具有许多控制元素的温室的可扩展性和可靠性。与ZigBee的不稳定通信不同,该系统通过业务量增加而产生的频繁重传来支持严重降低性能的服务质量,并及时传递感测信息。

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