摘要
阐述的项目是设计一款全新的植物培植系统,利用高效传输的自组网技术和云平台来控制植物培植系统,自组网技术可以将数据、画面等较高效率传输,并且自组网技术具有很低的时延性,可以改善原有的温室系统传输效率慢等问题。利用云平台对采集到的画面进行汇总分析,便于实验员更加轻松准确的记录植物的生长状况。
This paper describes the project is to design a new plant cultivation system, using efficient transmission of ad hoc network technology and cloud platform to control the plant cultivation system, ad hoc network technology can transfer data, pictures and other high efficiency, and ad hoc network technology has very low time delay, can improve the original greenhouse system transmission efficiency and other problems. Using the cloud platform to collect and analyze the collected images, it is convenient for the experimenters to record the growth status of plants more easily and accurately.
作者
霍晓媛
HUO Xiaoyuan(Northwest University for nationalities,Gansu 730124,China)
出处
《电子技术(上海)》
2020年第10期152-153,共2页
Electronic Technology
基金
西北民族大学国家级大学生创新创业训练计划资助项目(202010742075)
关键词
控制系统
云平台
实时检测
control system
cloud platform
real-time detection