Design And Implementation Of Agricultural Machinery Monitoring Management System

Food security and grain output have always been one of the important issues in China's development plan.Agriculture is also the most fundamental industry related to people's livelihood.With the rise of cloud computing and the development of Internet of Things technology,the concept of precision agriculture has been derived through the combination of traditional agriculture and information technology.Precision agriculture is one of the important means to increase the income of agricultural products and grain,and it is also an important measure to carry out the sustainable development of agriculture.In recent years,more and more attention has been paid to the concept of subsoiling and land preparation.Since 2010,the area of subsoiling operation with agricultural machinery has been expanding and the amount of subsidies has been increasing.The traditional acceptance check method can no longer meet the regulatory needs.At this time,an efficient and scientific modern information technology is needed to monitor the subsoiling operation of agricultural machinery.Based on the development of cloud computing and the background of data communication and processing technology of Internet of Things,this paper analyzed the research status of precision agriculture,summarized the requirements,and designed functions such like agricultural machinery data collection,agricultural machinery data analysis,agricultural machinery data display of the agricultural machinery monitoring and management system.Agricultural machinery terminal collects data through GPS positioning and multiple sensors,uses MQTT protocol to communicate and interact,and implements transversely scalable data analysis and processing services based on Storm.After collecting the positioning data of agricultural machinery,two area calculation algorithms were designed according to the different terminal data,according to the requirements,processing the identification of straw returning operation and the analysis of subsoiling rotation.Finally,the agricultural machinery management platform based on Django MTV framework is developed to realize the functions of real-time monitoring,historical operation query and trajectory query of agricultural machinery subsoiling operation.In order to realize the orientation,management and operation analysis of agricultural machinery,the technical basis is provided.Through functional testing and performance testing of the system,it is ultimately proved that the system has completed the desired requirements.The system has been put into use,providing operation management,subsidy reports and other functions for agricultural machinery management department and farmers in Heilongjiang,Inner Mongolia and other provinces.