摘要
设计开发了基于物联网与传感器技术的水田无线监控系统。该系统通过通用的传感器节点实时采集水田环境参数信息,数据融合后发送到远程终端,远程终端基于多源信息生成决策指令,主控节点再结合实时信息,控制通用的控制节点来执行水泵与阀门的通断。试验表明:通过传感器的融合、远程决策的生成与输出及水泵与阀门的自动控制,可实现对水田灌溉时间、次数、定额的全面调控。
A wireless monitoring system based on internet of things and sensor technology is designed and developed. The system through the common sensor nodes collect real-time paddy field environment parameter information,and send the date to remote terminal after data fusion,remote terminal generate information instruction based on multi-source,the main control node combines real-time information to control the general control node to perform the on-off of the pump and valve. Test shows that,through the sensor fusion,the generation and output,remote decision-making the automatic control of pump and valve,which can realize the paddy field irrigation time,frequency,fixed comprehensive regulation.
出处
《农机化研究》
北大核心
2018年第3期65-69,共5页
Journal of Agricultural Mechanization Research
基金
国家重点研发计划项目(2016YFD0701703)
