摘要
文章设计并初步验证了一种基于STM32和物联网云平台的植物培养设备,用于实时监测环境数据、实现周围环境的调节,从而提升植物的生长趋势。此外,该设备具备远程查看环境数据、远程调节植物生长环境的功能。通过采用ST公司基于ARM内核推出的一款微处理器STM32F103ZET6主控,该设备可实现成本低、功耗小、性能强等优点;充分利用基于Kotlin+Vert.x+JOOQ的构架来实现设备配套物联网云平台进而提供可靠的服务端应用、微服务、云部署模块等功能。通过搭建上述的软硬件平台,实现了植物培养的智能化设计,可有效减少生产过程中对人力资源的需求,从而在一定程度上实现农业生产的高效、自动化。
This paper designs and preliminarily validates a kind of plant culture equipment based on STM32 and Internet of things cloud platform,which is used for real-time monitoring of environmental data to achieve the adjustment of the surrounding environment and enhance the growth trend of plants.In addition,the device has the functions of remote viewing environmental data and remote adjusting plant growth environment.By adopting STM32F103ZET6,a microprocessor developed by ST company based on ARM core,the device can realize the advantages of low cost,low power consumption,strong performance,etc.;make full use of the architecture based on Kotlin+Vert.x+JOOQ to realize the supporting IoT cloud platform of the device and then provide reliable service end applications,micro services,cloud deployment modules and other functions.In this paper,the above software and hardware platform is built to realize the intelligent design of plant culture,which can effectively reduce the demand for human resources in the production process,so as to achieve the high efficiency and automation of agricultural production to a certain extent.
出处
《大众科技》
2020年第1期14-17,共4页
Popular Science & Technology
基金
教育部2018年度国家级大学生创新创业训练计划(201810336047)。
