Travel Mode Choice Analysis of Urban Corridor Based on Fuzzy Comprehensive Evaluation

摘要

Travel mode choice model provides modes for passengers with different needs. By accelerating the rational allocation of traffic flow, traffic efficiency and level of service can be improved. Based on fuzzy mathematics methodology, evaluation index system model considering traffic safety, punctuality, and economy is established using analytical hierarchy process, and the weight of each evaluation index is determined by the judgment matrix. Then, the fuzzy accumulated weighted algorithm is presented to calculate the fuzzy comprehensive evaluation model. Finally, the traffic data of the corridor between Hangzhou City and Ningbo City was used for the purpose of model calibration and evaluation. The results show that highspeed railway ranks first during the current three main travel modes (high-speed railway, common railway, and highway). Compared with the traditional travel mode evaluation framework, the proposed model can further quantify the influence degree of factors and optimize the travel mode choice of urban corridor.