Highlights An algorithm is developed to manage the passenger queuing for urban cableways. A stochastic discrete-event model is developed to solve the First-Last Mile for intermodal transport networks. A service policy is proposed to reduce the passenger waiting time for urban cableway systems. A mathematical model is developed in order to help transport operators to manage queues on platforms. The optimisation algorithm is applied to actual urban ropeway transport lines.

    Abstract We propose a decision support algorithm to solve the service policy of urban cableway systems, which are used as a transport mode to address the First-Last Mile problem for intermodal urban public transport networks. Our work develops a stochastic discrete-event model for computing the queuing performance of the public transport networks and evaluates the effects on the passenger waiting time over a commercial working day, considering different service policies: (i) previous policy; (ii) current policy; and (iii) proposed policy. We provide an embarking procedure for urban cableway lines to aid transport operators in managing queues on platforms during rush hours. Finally, a set of large-scale Monte-Carlo simulations was conducted using a real multimodal network of a large-size metropolitan city (3.8 million inhabitants) to evaluate the effectiveness of different service policies.


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    Title :

    Decision support algorithm for intermodal transport networks: Urban aerial cableway systems


    Contributors:

    Publication date :

    2023-05-10




    Type of media :

    Article (Journal)


    Type of material :

    Electronic Resource


    Language :

    English




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