| Due to the characteristics of agricultural products,such as the distance between their production areas and the city,and the special characteristics of agricultural products being prone to deterioration after picking,it undoubtedly brings challenges to the sales process of agricultural products.This puts forward high requirements for freshness and timeliness in the logistics and transportation of agricultural products sales.Based on the status quo of the agricultural product logistics distribution system,starting from the actual market demand,this paper researches,designs and develops a new and practical information management system.Starting from the current situation of the logistics company’s operations,the paper analyzes the problems in its own development process,from the perspective of users,it develops and optimizes the agricultural product logistics distribution system,based on A* The algorithm solves how to choose the optimal path between the supplier and the customer in the actual logistics transportation process.The main findings are as follows:(1)Based on the path planning algorithm of the bifurcation section,the A* interactive algorithm is improved and applied in practice.It is found that it can fully consider the demand of the delivery staff for the real-time unobstructed road traffic in the logistics delivery,and can use its own algorithm to Real-time traffic factors are included,which can finally meet the timely change of the route during the order delivery process.(2)Set the windows operation as the development environment of the system,choose idea as the tool for the development system,and use JOOL as the platform for system development.A complete service system has been constructed from the three perspectives.The process is described to ensure feasibility.The innovation of this paper is to establish a logistics distribution model based on the Geo Hash algorithm combined with the A* algorithm,and demonstrate the practical application in this paper,and find deficiencies.At the same time,the distribution system described in this article can also provide a reference for market demand in similar fields and solve some practical problems. |