We propose a dynamic combined-mode traffic network model considering transfer behaviors. We assume that travelers can be classified into two classes: one class is pure-mode travelers who complete a trip by single transportation mode, and another is combined-mode travelers who cover a journey by car, bus, and so forth. The multimode point queue model is used to model the interaction of cars and buses on the network. We present an integrated variational inequality formulation to capture the complex traveler choice behaviors such as departure time choices, transfer point, and route choices. Finally, a numerical example is given to illustrate the effectiveness of the proposed heuristic algorithm and model
Abstract—This paper proposes a stochastic user equilibrium assignment model for ascertaining the dif...
To fully understand and predict travel demand and traffic flow, it is necessary to investigate what ...
This paper introduces an integrated mode choice–multimodal transit assignment model and solution pro...
In this paper we propose a composite Variational Inequality formulation for modeling multimode, mult...
This paper proposes an approach-proportion-based variational inequality (VI) formulation for the mul...
The formulation and solution of a combined mode choice and assignment, intermodal network equilibriu...
AbstractMulti-modal trips are common in urban transportation networks. Traveling preferences are als...
AbstractThis paper proposes new type of combined mode and route choice network equilibrium model whe...
In this paper, we develop a multiclass, multicriteria traffic network equilibrium model in which tra...
10th International Conference of Hong Kong Society for Transportation Studies: Transportation and th...
This paper presents a combined activity/travel choice model and proposes a flow-swapping method for ...
Travel behavior and travel cost in modern urban transportation systems are impacted by many aspects ...
The private car, unlike public traffic modes (e.g., subway, trolley) running along dedicated track-w...
The private car, unlike public traffic modes (e.g., subway, trolley) running along dedicated track-w...
A network equilibrium model is proposed for the simultaneous prediction of mode choice and route cho...
Abstract—This paper proposes a stochastic user equilibrium assignment model for ascertaining the dif...
To fully understand and predict travel demand and traffic flow, it is necessary to investigate what ...
This paper introduces an integrated mode choice–multimodal transit assignment model and solution pro...
In this paper we propose a composite Variational Inequality formulation for modeling multimode, mult...
This paper proposes an approach-proportion-based variational inequality (VI) formulation for the mul...
The formulation and solution of a combined mode choice and assignment, intermodal network equilibriu...
AbstractMulti-modal trips are common in urban transportation networks. Traveling preferences are als...
AbstractThis paper proposes new type of combined mode and route choice network equilibrium model whe...
In this paper, we develop a multiclass, multicriteria traffic network equilibrium model in which tra...
10th International Conference of Hong Kong Society for Transportation Studies: Transportation and th...
This paper presents a combined activity/travel choice model and proposes a flow-swapping method for ...
Travel behavior and travel cost in modern urban transportation systems are impacted by many aspects ...
The private car, unlike public traffic modes (e.g., subway, trolley) running along dedicated track-w...
The private car, unlike public traffic modes (e.g., subway, trolley) running along dedicated track-w...
A network equilibrium model is proposed for the simultaneous prediction of mode choice and route cho...
Abstract—This paper proposes a stochastic user equilibrium assignment model for ascertaining the dif...
To fully understand and predict travel demand and traffic flow, it is necessary to investigate what ...
This paper introduces an integrated mode choice–multimodal transit assignment model and solution pro...