Agricultural things-internet platform architecture

Abstract

The invention relates to an agricultural things-internet platform architecture. The agricultural things-internet platform architecture comprises an agricultural data resource integration module, a professional system supporting module and a terminal demonstration platform which are sequentially connected. The agricultural data resource integration module comprises a cloud data center, a cloud computing center, a cloud service center, an agricultural information acquisition center and a plurality of agricultural data resource databases. The professional system supporting module comprises a fine production decision control module and a processing warehouse logistics real-time monitoring module. The fine production decision control module conducts dynamic demand modeling after receiving a dispatching request of the cloud service center and comprises a fertilizer applying model and a water and fertilizer regulating and control module. The processing warehouse logistics real-time monitoring module conducts agricultural product processing and warehouse and logistics information real-time monitoring after receiving the dispatching request of the cloud service center. The terminal demonstration platform is a things-internet demonstration platform containing field crop information, facility greenhouse information and agricultural material information. By means of the agricultural things-internet platform architecture, real-time monitoring in the agricultural production process can be achieved, and the agricultural production and management fine management level is improved.

Description

technical field [0001] The invention relates to the field of agricultural information technology, in particular to an agricultural internet of things platform architecture. Background technique [0002] my country is a large agricultural country. The development of the agricultural Internet of Things is of great significance to the construction of modern agriculture, the improvement of comprehensive agricultural production capacity, the guarantee of effective supply and quality safety of agricultural products, the revolutionary change of agricultural development mode, the construction of a new rural economic system and the increase of farmers' income. . At present, the difficulties and bottlenecks faced by the development of agricultural Internet of Things in my country are: the agricultural production environment is changeable, information elements are difficult to obtain large-scale, low-cost, fast and accurate information, the agricultural production process is scattered, ...

AI Technical Summary

Problems solved by technology

At present, the difficulties and bottlenecks faced by the development of agricultural Internet of Things in my country are: the agricultural production environment is changeable, information elements are difficult to obtain large-scale, low-cost, fast and accurate information, the agricultural production process is scattered, heterogeneous, heterogeneous, massive, and distributed Lack of data processing technology; the main body of agricultural production is complex, and the ever-changing demand is difficult to actively capture

Moreover, the existing solutions pay more attention to the security issues of the Internet of Things, and pay less attention to the monitoring of application services, and the pertinence to the agricultural Internet of Things is not strong, and the management of Internet of Things device information is relatively inefficient and inconvenient. The platform cannot realize remote management and monitoring, and its functions are relatively fragmented, lacking an integrated solution

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