Using a quite general parametric description of an urban setting in terms of its network, centers structure and demand pattern, we find the optimal spatial arrangement of transit lines out of four basic strategic competing options: direct, exclusive, hub-and-spoke and feeder-trunk. We identify clearly the relation between the characteristics of both the urban setting (mostly monocentric, polycentric or dispersed) and the users (transfer penalty, patronage) with the line structure that shows the best response
Recently much attention has been devoted to the optimization of transportation networks in a given g...
The merits of selected heuristics to obtain transit line structures are analyzed, applying them on a...
Recently much attention has been devoted to the optimization of transportation networks in a given g...
This paper describes the network shapes and operating characteristics that allow a transit system to...
This paper describes the network shapes and operating characteristics that allow a transit system to...
This paper describes the network shapes and operating characteristics that allow a transit system to...
A feeder-trunk scheme has been labeled as superior in urban areas due to the presence of economies o...
We analyze the effect of unbalanced demand on the type of optimal service structures, e.g. trunk–fee...
We analyze the effect of unbalanced demand on the type of optimal service structures, e.g. trunk–fee...
The total cost minimizing approach to design transit systems is extended here beyond the usual dimen...
A feeder-trunk scheme has been labeled as superior in urban areas due to the presence of economies o...
In this paper, we incorporate the spacing of transit lines in addition to frequencies, vehicle sizes...
This study discusses which transit network structure is the best option to serve urban mobility. As ...
This study discusses which transit network structure is the best option to serve urban mobility. As ...
A new microeconomic approach for the strategic design of public transport systems considering two te...
Recently much attention has been devoted to the optimization of transportation networks in a given g...
The merits of selected heuristics to obtain transit line structures are analyzed, applying them on a...
Recently much attention has been devoted to the optimization of transportation networks in a given g...
This paper describes the network shapes and operating characteristics that allow a transit system to...
This paper describes the network shapes and operating characteristics that allow a transit system to...
This paper describes the network shapes and operating characteristics that allow a transit system to...
A feeder-trunk scheme has been labeled as superior in urban areas due to the presence of economies o...
We analyze the effect of unbalanced demand on the type of optimal service structures, e.g. trunk–fee...
We analyze the effect of unbalanced demand on the type of optimal service structures, e.g. trunk–fee...
The total cost minimizing approach to design transit systems is extended here beyond the usual dimen...
A feeder-trunk scheme has been labeled as superior in urban areas due to the presence of economies o...
In this paper, we incorporate the spacing of transit lines in addition to frequencies, vehicle sizes...
This study discusses which transit network structure is the best option to serve urban mobility. As ...
This study discusses which transit network structure is the best option to serve urban mobility. As ...
A new microeconomic approach for the strategic design of public transport systems considering two te...
Recently much attention has been devoted to the optimization of transportation networks in a given g...
The merits of selected heuristics to obtain transit line structures are analyzed, applying them on a...
Recently much attention has been devoted to the optimization of transportation networks in a given g...