System architecture for agricultural information service platform

Abstract

The invention relates to a system architecture for an agricultural information service platform. The system architecture comprises a database module, a system platform support module, a function module, a system communication module and a terminal display module sequentially from bottom to top, wherein the function module comprises a soil testing and formulated fertilization module; the soil testing and formulated fertilization module comprises a data acquisition module, a fertilization recommendation card and a fertilization calculation modeling module; the system platform support module comprises an engine module, a function module management unit and a geographic information system (GIS) module; the engine module is used for transferring data information in the database module to the function module and the system communication module; the function module management unit is used for managing the function module to realize the combination of the function module and adjust the display position of the function module in the terminal display module; and the GIS module is used for providing map information for the data acquisition module. By the system architecture, agricultural information is utilized in high efficiency, the same information is acquired and collected at one time and can be applied to many places, and the maintenance cost is reduced.

Description

technical field [0001] The invention relates to the field of information technology, in particular to a system architecture for an agricultural information service platform. Background technique [0002] At present, the scientific fertilization technology in agricultural and rural production technology plays an important role in promoting the increase of crop yield. The scientific fertilization technology advocates the use of soil testing and formula fertilization technology, which includes "soil testing, formula, fertilizer, The five core links of "supply and fertilization guidance" are to measure the soil nutrient content and fertilizer supply performance by taking soil samples, and after the nutrient diagnosis of soil tests and fertilizer field tests, according to the law of crop fertilizer requirements and fertilizer effects, rationally apply organic fertilizers On the basis of that, the application amount, fertilization period and application method of nitrogen, phospho...

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Problems solved by technology

[0005] The present invention aims at the problems that the existing soil testing formula fertilization system has high complexity and cannot be popularized, the agricultural information platform system is difficult to maintain and upgrade, the investment in technical upgrading and transformation is large and cannot be customized according to needs, etc., and provides farmers with an easy-to-operate, open, The system architecture of the continuously upgraded agricultural information service platform enables efficient and centralized use of agricultural information, quick and convenient query and interaction of agricultural information, and realizes one-time collection, summary, maintenance and multiple applications of the same information, reducing repeated investment and maintenance costs

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