Design And Management Of Intelligent Management System For X County Irrigation Project Based On Beidou Internet Of Things

China is a large agricultural country,and crop irrigation management is one of the important links of agricultural production management.At present,crop irrigation management is still in a weak link in technology,which has not realized intelligent and scientific irrigation management.Therefore,a design can be made according to "different crop species,different growth areas,different time and seasons,different growth stages,different weather conditions" In combination with big data analysis and crop growth characteristics,it is particularly urgent to adopt intelligent irrigation control algorithm for automatic,intelligent and scientific irrigation management system.This paper takes "design of intelligent management system of X county irrigation project based on Beidou Internet of things" as the main research object,and adopts "Literature analysis method","case analysis method","theoretical analysis method","comparative analysis method" and "research method of design management specification" have carried out key research on research background,domestic and international development status,application of related technologies,technical feasibility,irrigation status of X county,etc.,and analyzed and summarized the advantages and disadvantages of related technologies and existing problems;and Beidou communication system has been established In this study,the application scope of the system is expanded,and five main research contents are established,including "intelligent irrigation control algorithm design","Beidou Internet of things technology application","technical feasibility analysis","system design management","scheme optimization design and system hardware and software design implementation".In order to ensure the stability and technical feasibility of the system,before the system design,the system design management measures are studied;a series of control management strategies are formulated,and combined with the advantages and disadvantages of related technologies,performance indicators,etc.,the technical feasibility is studied,and the technical feasibility conclusion is drawn.In the scheme design stage,through the comparative analysis of the performance advantages and disadvantages of "software system architecture" and "hardware system architecture",the conclusion is drawn for the system architecture selection;through the study of component selection,system composition and function design,the system design scheme is drawn.In the stage of system development and implementation,the software and hardware development and design work of the system are mainly implemented;in the process of system development and implementation,a series of design documents are output,such as:"circuit schematic diagram","PCB board diagram","component BOM table","PCB patch file","embedded software code","server background software code","server display software code ",database software code,etc.The design of the system is in line with the national 13th five year rural development strategic plan.It can not only achieve unmanned and scientific irrigation,but also produce a lot of economic and social benefits.It provides a certain degree of technical support for the construction of new rural areas and the development of intelligent agriculture.It is not only the need of traditional agriculture to the development of modern agriculture,but also the inevitable choice for the development of precision agriculture The development of intelligent irrigation engineering in China is of great significance.