The Construction Of Orchard Meteorological Observation In Shan Xi Province

Current, our country agriculture is in a critical period in which experiences a rapidtransformation from traditional agriculture to high yield, high quality, efficient, zoologyand safety. In order to make our fruit industry production full use of climate resources,climate change, and mitigate the influence of meteorological disasters and secondarydisasters, and effectively serve the production of Shan xi fruit industry, and promotefruit grower increase production and income, thus, we implement orchard agriculturalmeteorological observation system construction project is of great significance.First, the background and significance of the construction of the orchardmeteorological test Observing System elaborate overview of the research, and thesystem uses J2EE technology and3G network, and then discussed the latestdevelopment of3G network technology at home and abroad.Second, detailed description of the overall design of the system, including anoverall description of the system requirements, design, coding, and expected results. Inthis chapter a detailed exposition of the functional requirements of the system, and givesthe basic principles of system design, system implementation of technical solutions andsystems used technology.Third, according to the needs of the system are given the design of the dataacquisition subsystem on the design of the data acquisition server program, the systemacquisition program includes the basic data, real-time video capture, last a detaileddesign of the structure of the database of the data center.Fourth, the system data display and system management subsystem detailed design,including the show interface design and detailed program flow chart.Fifth, the display of the system’s functionality, performance.Finally, a summary of the system, and on the completion of the system outlook..The system uses B/S architecture of three layer system structure mode to develop,and adopts the Mysql as database server, Eclipse J2ee as the development platform, andthe use of Java, struts2+hibernate3.0+spring2.5development in backstage, the use ofJSP+jquery+CSS+html as view display in foreground. In addition, the use of C++ realizes video server for data communication and communication networks uses3Gnetwork. By analyzing the system demand features, we make function module and thebusiness flow for system and complete the system overall window design and each subsystem detailed module design. This system mainly achieves the real-time videomonitoring, real-time monitoring, meteorology, weather forecasting, Historicalinformation statistics, and background management and data collection procedures. Theconstruction and implementation of the system will greatly promote farmers’ productionand income increase and improve the management efficiency and quality of the orchard.The system has the features of cross-platform and portable. It can be operated underLinux、 windows platform.