This study examines traffic equilibrium involving three classes of agents: car users, bus users or passengers and bus operators. A partially unregulated transit system is assumed, where bus fares are exogenously determined by municipal or transportation authorities, but bus operators are allowed to choose the routes where they offer service. This paper deals specifically with the bus operators submodel, for which several algorithms are proposed to find equilibrium solutions. Convergence properties of the proposed algorithms are analyzed and computational results, on both small test networks and the Santiago de Chile urban transit network, are reported. Various methods to deal with the problem posed by limited bus capacities are discussed
This paper proposes a network-based model for investigating the optimal transit fare structure under...
This study proposes a stochastic user equilibrium assignment model for congested transit networks, t...
This work introduces a new route-based equilibrium assignment formulation and algorithm for congeste...
. We present two formulations of a model for finding equilibrium passengers and operators flows in a...
This paper presents a new model for a deregulated transportation system with full representation of ...
This paper proposes a novel model for determining the optimal number of transit operators and the al...
We consider the context of a deregulated transit system involving private cars, bus passengers, and ...
Bus transportation is one of the most important means of public transportation in today’s world. All...
This paper considers transportation service of a bus route with a capacity constraint. The conventio...
Abstract This paper proposes a novel model for determining the optimal number of transit operators a...
<p>An urban passenger transportation problem is studied. Municipal authorities and passengers are re...
Assume that a bus network is given, i.e. we are given a network of streets on which certain bus line...
This study evaluates an existing bus network from the perspectives of passengers, operators, and ove...
This study evaluates an existing bus network from the perspectives of passengers, operators, and ove...
This paper proposes analytical models for optimizing a bus and rail transit system with feeder bus s...
This paper proposes a network-based model for investigating the optimal transit fare structure under...
This study proposes a stochastic user equilibrium assignment model for congested transit networks, t...
This work introduces a new route-based equilibrium assignment formulation and algorithm for congeste...
. We present two formulations of a model for finding equilibrium passengers and operators flows in a...
This paper presents a new model for a deregulated transportation system with full representation of ...
This paper proposes a novel model for determining the optimal number of transit operators and the al...
We consider the context of a deregulated transit system involving private cars, bus passengers, and ...
Bus transportation is one of the most important means of public transportation in today’s world. All...
This paper considers transportation service of a bus route with a capacity constraint. The conventio...
Abstract This paper proposes a novel model for determining the optimal number of transit operators a...
<p>An urban passenger transportation problem is studied. Municipal authorities and passengers are re...
Assume that a bus network is given, i.e. we are given a network of streets on which certain bus line...
This study evaluates an existing bus network from the perspectives of passengers, operators, and ove...
This study evaluates an existing bus network from the perspectives of passengers, operators, and ove...
This paper proposes analytical models for optimizing a bus and rail transit system with feeder bus s...
This paper proposes a network-based model for investigating the optimal transit fare structure under...
This study proposes a stochastic user equilibrium assignment model for congested transit networks, t...
This work introduces a new route-based equilibrium assignment formulation and algorithm for congeste...