Arduino控制物联网平台微型花园系统设计

Design of Arduino⁃controlled micro⁃garden system for Internet of Things platform

为实现对花园植物生长环境的控制,保证植物正常生长,基于现实背景设计一种Arduino微型花园控制系统。在此选用Arduino Nano作为核心控制器,将传感器技术、WiFi技术、物联网平台、LabVIEW结合起来实现对花园环境的实时监控和及时控制,并具有检测环境温度、环境湿度、土壤湿度、光照度监控等功能。实现分别在串口显示屏、LabVIEW与机智云物联网平台分别显示。运行结果显示,以Arduino为核心设计的系统通过LabVIEW显示与调试之后,能够在一定精度内保证数据无线传输的实时性及达到远程控制的要求,具有功耗较小、成本低廉、扩展方便等优点,非常具有实用价值和商业推广价值。

The micro⁃garden control system of Arduino is designed based on actual background to realize the control of plant growth environment in the garden and ensure the normal growth of plants.In the system,the Arduino nano is used as the core controller,and the sensor technology,WIFI,Internet of Things platform and LabVIEW are combined to realize real⁃time monitoring and timely control of the garden environment,which has the functions of monitoring environmental temperature,humidity,soil humidity,light intensity and so on,and can realize the display in serial port display screen,LabVIEW and intelligent cloud Internet of Things platform respectively.The operation results show that,after displaying and debugging by LabVIEW,the system designed with Arduino as the core can ensure the real⁃time data wireless transmission within a certain accuracy and meet the requirements of remote control,achieve low power consumption,low cost and convenient expansion,which is very practical and commercial value.