Design And Realization Of Intelligent Command And Dispatch System Of Agricultural Products Tracing Platform

With the rapid development of the agricultural products industry and the increasing awareness of the people's personal security,the handling of the quality and safety events of the agricultural products has been paid more and more attention by the relevant authorities.At the same time,with the development of artificial intelligence,the intelligent command and dispatch system is becoming more and more popular with the government,compared with the original manual command and dispatch.Guan's importance has become a research hotspot in the field of agricultural product quality and safety.Therefore,under this background trend,the aim of the design and Realization of the intelligent command and dispatch system under the agricultural product traceability platform is established by studying the related technologies,and the model of agricultural product emergency resource scheduling based on improved genetic algorithm is put forward,and the intelligent command and dispatch under the agricultural product traceability platform is applied.The system system has good research significance and practical application value.This paper mainly implements the command and dispatch system of agricultural products based on genetic algorithm.Genetic algorithm is an excellent global optimization algorithm.It is one of the solutions to the problem of resource scheduling in recent years.But it still has the disadvantages of slow convergence and easy to fall into the local optimal solution.Therefore,this paper proposes a genetic algorithm based on K-Means++ as an emergency resource adjustment algorithm,which can be effective by clustering algorithm.Reduce the ineffective crossover between individuals and apply it on the agricultural product scheduling platform.Finally,the effectiveness of the algorithm is verified by the experiment.Through the realization of the seven main functions of the system,the dynamic monitoring function of the integrated information,the event analysis function,the dynamic tracing function of the agricultural product flow,the command and decision function,the task release function,the recovery evaluation analysis function and the urgent resource management are used to verify the availability of the system.