Streamline Design and Optimization for Whole Process of Passenger Transfer in Integrated Transportation Hubs

Abstract

With the passengers' diversified travel demands and requirements for high-level services for hub stations,the reasonable streamline deign for passengers' transfers among different transportation modes become one of the key issues of integrated transportation hubs planning and management.This paper introduces the concept of streamline design for the whole process of passenger transfer which expands the research scope of passage flow optimization.The optimization procedure is regarded as a graph theory problem by Abstracting the hub into a m×n-dimensioned stereo space connected graph.Then,it classifies the nodes into several partial nodes with directions.Base on these,the optimization model is formulated.Finally,the example of a hub station is used to illustrate the incremental assignment method and verifies the feasibility and effectiveness of the model.

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