%0 Journal Article
%T 基于STM32的温湿控智能生态仓
Intelligent Ecological Warehouse with Temperature and Humidity Control Based on STM32
%A 杨景超
%A 樊洁瑜
%A 李美霖
%J Software Engineering and Applications
%P 1545-1553
%@ 2325-2278
%D 2022
%I Hans Publishing
%R 10.12677/SEA.2022.116159
%X 目前在物联网在智慧农业建设的应用效果并不理想,尤其是疫情这个背景下,人民在家庭内对植物种植的需求程度越来越高,因此基于STM32单片机和阿里云物联网平台,设计了一款智能植物生态仓,实现种植专业化、社区化线上互动。首先从硬件系统设计与软件相结合,该生态仓可以在电脑或者手机端进行生态盒的远程操控,推进了家庭内种植的精细化,稳定化,专业化。随后通过物联网通信,云平台,嵌入式技术,各类传感设备完成线上社区的搭建,推动智慧农业信息化,可视化。通过测试和研究,结果表明:本温湿控智能生态仓可以精准把控温湿度,有效提高植物的成熟率。
At present, the application effect of the Internet of Things in the construction of smart agriculture is not ideal, especially in the context of the epidemic, people’s demand for plant planting in the family is getting higher and higher, so based on STM32 single-chip microcomputer and Alibaba Cloud IoT platform, a smart plant ecological warehouse is designed to achieve professional planting and community-based online interaction. First of all, from the combination of hardware system design and software, the ecological warehouse can be remotely controlled by the ecological box on the computer or mobile phone, which promotes the refinement, stability and specialization of planting in the family. Subsequently, through Internet of Things communication, cloud platform, embedded technology, and various sensing devices, the construction of online communities was completed, and the informatization and visualization of smart agriculture were promoted. Through testing and research, the results show that the intelligent ecological warehouse of temperature and humidity control can accurately control temperature and humidity and effectively improve the maturity rate of plants.
%K STM32,物联网通信,嵌入式技术,生态仓
STM32
%K IoT Communication
%K Embedded Technology
%K Ecological Barn
%U http://www.hanspub.org/journal/PaperInformation.aspx?PaperID=59968