摘要
智慧农业是一种基于新技术的创新型农业,旨在简化智慧农业的运行过程。该文的目标在于减少农业化生产所消耗的资源,并且使其发挥最大效率,智慧农业提供了一个智能控制的温室条件,这样就能有效提高产物的质量。在实验过程中所需要的环境参数等是通过多个传感器进行测量的,并录入数据库系统中,由系统根据大数据的环境参数修改温室条件,使每种作物都能处于最有利的生长环境。数据库中的数据将通过消息队列遥测传输(MQTT)协议Android应用程序在农场中实现,这样就能使用户的农业生产问题大量减少,生产力也能得到提高。现如今,发达的网络化平台可以将所有用户都联系到一起,并会邀请一些农业方面的专业人士加入进来,解决在智慧农业操作中遇到的诸多问题,并提供行之有效的解决方案,以此来减少用户的工作量。
Intelligent agriculture is an innovative agriculture based on new technology,which aims to simplify the operation process of smart agriculture.The objective of this paper is to reduce the resources consumed by agricultural production,and to maximize the efficiency of the harvest,to provide an intelligent control of greenhouse conditions,so as to effectively improve the quality of products.The environmental parameters and other values required in the experiment process will be measured by multiple sensors and entered into the database system,and then the system will modify the greenhouse conditions according to the environmental parameters of the big data,so that each crop can achieve the most favorable growth environment.The data in the database will be implemented on the farm through the Message Queue Telemetry Transfer(MQTT)protocol Android application,so that the user’s problems in agricultural production can be greatly reduced and productivity can be increased.Nowadays,the developed network platform can connect all users together,and will invite some professionals about agriculture to join in to solve many problems encountered in the smart agriculture operation,and provide effective solutions,in order to reduce the workload of users.
作者
付铂瑞
陈甲平
FU Borui;CHEN Jiaping(Wuhan City College,Wuhan 430083,China)
出处
《电子设计工程》
2023年第20期119-123,共5页
Electronic Design Engineering
基金
2021地方高校国家级大学生创新创业训练计划项目(202113235002)。
