摘要
依靠人力想要将农田小生境内生物的生存条件控制在最佳是复杂且难以实现的。"智慧农业"的提出使得农业生产的智能化、自动化成为可能,依据农业物联网架构,设计实现了基于ZigBee技术与NB-IOT技术的农田小生境环境监控系统,分析了系统中涉及的主要模块及功能,系统应用测试表明,完成了农田小生境的温湿度、光照等环境信息的采集、远程传输及处理等工作,并能通过远程控制设备改变小生境内的环境,以达到生物的适宜生存条件。
It is complex and difficult to control the living conditions of the organisms in farmland by human resources.The proposal of 'smart agriculture' makes the intelligentization and automation of agricultural production possible. Based on the agricultural Internet of Things architecture, this paper designs and realizes the environmental monitoring system of farmland niche based on ZigBee technology and NB-IOT technology.It also analyzes the main modules and functions involved in the system.System application tests show that the collection, remote transmission and processing of environmental information such as temperature and humidity, illumination and so on are completed, and the environment in the field can be changed by remote control equipment in order to achieve the suitable living conditions of living things.
作者
易双全
刘旸
陈枫
赵颖
Yi Shuangquan;Liu Yang;Chen Feng;Zhao Ying(College of Computer and Information Technology,China Three Gorges University,Yichang Hubei 443002,China;Institute of IOT,China Three Gorges University,HuBei YiChang 443002,China;Hubei Engineering Research Center for Farmland Environmental Monitoring,HuBei YiChang 443002,China)
出处
《信息通信》
2019年第2期80-82,共3页
Information & Communications
