Application of Pedestrian Microscopic Simulation Technology in Researching the Influenced Realm around Urban Rail Transit Stations

Abstract

Under the background of urban rail transit’s rapid development, urban rail transit station, as the only connection of urban space and rail transit, undertakes the responsibility of traffic organization and passenger volume distribution. Influenced urban realm around station becomes the focus of the optimization of the sustainable urban development. Pedestrian Microscopic Simulation method establishes the comprehensive dynamic behavior rules in a part of urban space through simulating the behavior law by digital tools, in which can explain the internal demand and motive mechanism of the development and change of urban space fairly well by digital representing and analyzing relevant laws. After that, the research with the realm as the carrier analyzed the demand of each simulation level and the choice of simulation parameters based on analyzing the walking connection behavior characteristics, and then further established the methodology system of pedestrian microscopic simulation. At last the research taking the study of influenced urban realm around typical station for sample explored the application method of optimizing of urban space and traffic organization based on Anylogic platform.