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综合运用嵌入式ARM技术、Linux系统技术、B/S架构网页技术和多种测控技术,设计一种基于嵌入式Linux的农业信息化远程监测系统。该系统通过传感器采集温度、光照、湿度和CO2浓度等环境数据,在监控中心网页端动态实时显示,利用嵌入式技术及测控理论对温室内温度、湿度、光照等环境因子,自动选择适宜作物生长的控制参数进行智能化管理与生产,可以有效提高我国的农业信息化程度,加快农业现代化进程。
The integrated use of embedded ARM technology, Linux system technology, B / S architecture web technology and a variety of measurement and control technology, the design of an embedded Linux-based agricultural information remote monitoring system. The system collects environmental data such as temperature, light, humidity and CO2 concentration through the sensor and dynamically displays it in real time on the webpage of the monitoring center. Based on the embedded technology and the measurement and control theory, the system automatically selects suitable crop growth for environment factors such as temperature, humidity and light in the greenhouse Of the control parameters of intelligent management and production, can effectively improve China’s agricultural information technology to speed up the process of agricultural modernization.