2011Unpublished venueRequires access

Passenger Transport Product Design and Distribution Model

Yulei Gu, Sheng Wang

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Abstract

In this study, we used the weight value of factors that affect trip generation to classify passenger transportation demand,andanalysised the passenger travel behavior by random utility maximization model and AHP model. Based on the above, pepar combined the generation rate of passenger transportation demand to get the number of different types of passenger and matched transportation products under the principle of balanced economic.Finally, enumerated Railway transportation product distribution as a case to test the modal, and these observations showed that transport system building by the model runs efficient.

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What this paper is about

In this study, we used the weight value of factors that affect trip generation to classify passenger transportation demand,andanalysised the passenger travel behavior by random utility maximization model and AHP model. Based on the above, pepar combined the generation rate of passenger transportation demand to get the number of different types of passenger and matched transportation products under the principle of balanced economic.Finally, enumerated Railway transportation product distribution as a case to test the modal, and these observations showed that transport system building by the model runs efficient.

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Available abstract

In this study, we used the weight value of factors that affect trip generation to classify passenger transportation demand,andanalysised the passenger travel behavior by random utility maximization model and AHP model. Based on the above, pepar combined the generation rate of passenger transportation demand to get the number of different types of passenger and matched transportation products under the principle of balanced economic.Finally, enumerated Railway transportation product distribution as a case to test the modal, and these observations showed that transport system building by the model runs efficient.

Key concepts: Passenger transport, Modal, Maximization, Transport engineering, Product (mathematics), Computer science, Distribution (mathematics), Trip generation

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