Research On Simulation Evaluation Of Ticket Vending Equipment's Layout And Configuration In Railway Passenger Station

ABSTRACT:With the development of the railway, China's Railway's passenger station, especially high-speed railway station will introduce advanced management ideas and philosophy to achieve a comprehensive modernization of the passenger ticket sales management, using of the efficient automatic fare collection equipment and systems. Ticket vending equipment is an important component of automatic fare collection system, Scientific and reasonable allocation of Ticket vending equipment at railway stations and appropriate layout are of great significance for achieving effective passenger station organization, give full play equipment capacity, improve operational management level and service quality. Since the railway station was designed gradually to large-scale development of an integrated passenger terminals, connects two or more means of transportation and Involves varieties of traffics to rail transfer. How to choose reasonable layout and configuration of Ticket vending equipment on the station under passenger streamline and railway station layout is an important practical significance of the research topic.In this thesis, on the basis of analyzing the current situation at home and abroad, analysis factors of Ticket vending equipment's layout and configuration first of all. Set up Ticket vending equipment's evaluation model of layout and configuration using queuing theory and methods, including features of ticket queuing system description and Model assumptions. Construct evaluation index system of equipment's layout and configuration. Based on the layout of the characteristics of Ticket vending equipment, Propose suitable local display mode of Ticket vending equipment on the station, according to the established evaluation model verify point of view using Anylogic simulation software. Finally, Assess the rationality of layout and configuration of ticket vending equipment at the Beijing South Railway Station, Propose the optimized program, And verification the optimization program with simulation.