Research On Intelligent Dispatching System For Passenger Vehicles In Scenic Spots

Tourism is a strategic industry with low resource consumption,a large driving coefficient,many employment opportunities,and good overall benefits.In 2019,the State Council put forward opinions on accelerating the development of tourism,and strive to reach the level of the world’s tourism power by 2020.Some scenic spots in China have begun to explore the construction of intelligent traffic dispatching systems,The functions of the intelligent traffic dispatching systems in most scenic spots are not complete and the system is not complete.Soundness is just the pursuit of new technology applications,and it does not play a role in real-time monitoring and scheduling.This paper focuses on the intelligent dispatching system of passenger vehicles in the Emeishan Scenic Area.After analyzing the development status and problems of the intelligent dispatching system of the vehicles in the Emeishan Scenic Area passenger transportation center,the passenger transportation from the Emeishan Scenic Area is analyzed.The scenic topography,road operation conditions,vehicle operation conditions,and travel characteristics of tourists have been studied in various aspects,and their overall goals and functional divisions have been described.On this basis,the overall architecture ideas and design principles of the intelligent dispatching system for passenger vehicles in Mount Emei are proposed,and the overall design framework of the system is given.Finally,the overall structure and actual business functions of the system are specified.The specific design scheme and implementation process of vehicle dispatching platform,network ticketing system,vehicle security inspection system,information release system,vehicle operation settlement system,data statistical analysis and other subsystems are discussed.In this article,the intelligent dispatching system for passenger vehicles in scenic spots can be divided into a distributed five-tier structure.The main function to be completed is to collect data through vehicle identification,station and area identification systems,and process,analyze and summarize the data collected from different data sources.,Execute the vehicle dispatching instructions issued by the user,and interact with the vehicle GPS system.Use microservices to divide the overall system function into independent function modules,obtain business data provided by the data processing layer,and use H5 technology in combination with GIS to provide real-time vehicle locations,passenger traffic,regional status,route scheduling status,etc.information.The system is reusable,flexible,and expandable.It can revolve around the actual business processes of tourist passenger transportation,better improve the tourist service level of scenic spots,and meet the needs of tourists,tourist passenger transport companies,and scenic area management.Combined with the statistical data of the system,an optimization model of departure frequency is established,and an example shows that the optimization model can effectively reduce the operating cost of passenger transport companies under the condition of satisfying the needs of tourists.Compared with the actual value of the tourist volume predicted by the grey prediction model and GSTA V7.0 software,the predicted result of the tourist volume obtained is more accurate,which has a certain reference and practical value for the scenic spot management department to make decisions.