A Simulation Study of Urban Public Transport Transfer Station Based on Anylogic

• Weiwei Liu,
• Fu Wang,
• Chennan Zhang,
• Jingyu Zhang,
• Lei Wang,

Vol. 15, No. 4, April 30, 2021
10.3837/tiis.2021.04.002, Download Paper (Free):

• Public Transport
• Simulation
• Traffic Flow Characteristics
• Service Level

Abstract

With the increase in the population of our cities and the rapid increase in the number of private cars, urban traffic has become more and more congested. At this stage, urban public transportation has become one of the main ways to improve urban traffic congestion. Aiming at the problem of how to improve the basic capacity of buses in multi-line transfer stations, this paper conducts simulation research based on anylogic software. Through micro-simulation analysis of vehicles entering, stopping, and exiting the station, combined with the delay model theory, the vehicle is given Stop organization optimization and station layout improvement methods, so that vehicles can run in the station more stably, smoothly and safely. Case analysis shows that applying this method to the roadside parking problem, the main and auxiliary bus stations have a significant improvement in operating capacity compared with the conventional tandem double bus stations, and the service level of the main and auxiliary bus stations has been significantly improved.

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