CAJ | 학술논문

为满足现代农业生产需要,作者采用物联网等相关技术,研发了一套农情监测诊断综合平台并进行相关实验.平台采用客户端和服务器端模式,包括环境因子监测子平台、智能决策子平台和专家远程科技咨询服务子平台.环境因子数据由采集模块采集,并通过网线进行传输;音频和视频数据采用XMPP的扩展协议Jingle进行传输;利用知识库、模糊理论、自学习算法进行智能决策和控制;通过XML语言实现各个模块的消息控制.该平台在蔬菜大棚生产中进行了试用,能同时实现远程监测、自动化控制和专家咨询诊断,利于提高设施农业精细化管理水平.
위만족현대농업생산수요,작자채용물련망등상관기술,연발료일투농정감측진단종합평태병진행상관실험.평태채용객호단화복무기단모식,포괄배경인자감측자평태、지능결책자평태화전가원정과기자순복무자평태.배경인자수거유채집모괴채집,병통과망선진행전수;음빈화시빈수거채용XMPP적확전협의Jingle진행전수;이용지식고、모호이론、자학습산법진행지능결책화공제;통과XML어언실현각개모괴적소식공제.해평태재소채대붕생산중진행료시용,능동시실현원정감측、자동화공제화전가자순진단,리우제고설시농업정세화관리수평.
@@@@In order to meet the needs of modern agriculture, with the Internet of things technology, the author has developed a set of agricultural condition monitoring and diagnosis of integrated platform for experiment. With the client and server mode, the platform includes environmental factor of monitoring platform, intelligent decision sub platform and Science and technology advisory service platform remote experts. Environ-mental factors by data acquisition module, and through network transmission;audio and video data using the XMPP protocol extension Jingle transmission;uses the knowledge base, fuzzy theory, self learning algorithm of intelligent decision-making and control;through the XML language to realize each module message control. The platform has been tried in the vegetable greenhouses, can realize remote monitoring, control and diagnosis expert consultation, to improve the facilities agriculture management level.