Research And Development Of Vegetable Production Information Management System Based On Internet Of Things In Changxing Science And Technology Park

The rapid development and promotion of sensor technology,Internet of Things(IoT)information collection technology and data transmission technology have made the application of IoT technology more and more extensive in different industries.As a big agricultural country,agricultural modernization is the most effective means of improving quality and efficiency and transformation and upgrading of agriculture.The vegetable industry is an important part of China's agricultural economy.of which the development and stability are closely associated with the income level of farmers,the sustainable development of agriculture and the interests of consumers in China,which affect the harmony and stability of the country.Therefore,it is necessary to study how to efficiently obtain the vegetable production information and explore the modernization,information management and services of vegetable production,so as to realize the information-based management of vegetable production,which is of great significance in the structure optimization,risk reduction and income level promotion of vegetable production.This paper starts from the present situation of China's vegetable industry development,uses IoT technology as a solution,and takes the actual demand of vegetable production in Changxing Science and Technology Park as the guide,fully considering the requirements and application scenarios of farmers in vegetable production,researches on and develops the vegetable production information collection,processing and service system in Changxing Science and Technology Park based on IoT,Research flexible information acquisition models,Research software and hardware system solutions.The research content includes:(1)Vegetable production information collection and IoT key technologies research.Systematically study the demand for information collection in different periods and different links in the vegetable production process,Typical links include seed selection,seedling,transplanting,planting,and picking.Study collection information attributes,content and standards obsolete.According to industry information collection,transmission and management needs,Study the vegetable industry information technology networking system,study the implementation of the vegetable production IoT system suitable for vegetable production in different periods and links,and lay a solid foundation for the realization of vegetable production information.(2)Analysis of vegetable production demands in Shandong Changxing Agricultural Science and Technology Park.Based on an in-depth analysis of the development status of Changxing Agricultural Science and Technology Park,Analyze and summarize the problems in the park management,Finally,analyze the requirements of IoT information collection,data analysis and information service,And research and development of information flexible collection model.By using the flexible model,the free access of different information acquisition devices is realized,and the scalability and scalability of the device are improved.(3)The design of vegetable production information management system.According to the different roles of the system software and hardware,as well as the functions to be realized,the overall design of the system is formulated.Based on the analysis of system function requirements and performance requirements,the characteristics of the Internet of Things technology,hardware and software collaborative design,and system design are completed.(4)The realization of vegetable production information management system.On the basis of hardware system installation and debugging,complete the software design of the host computer system.Realize the functions of on-site viewing data,mobile phone remote viewing and information services to realize real-time data and historical data access.At the same time,the system can easily realize various statistical analysis of data,and improve the optimization system through application.