Transit network design and scheduling: A global review
Document Type
Journal Article
Publication Date
2008
Subject Area
economics - profitability, land use - planning, mode - mass transit, operations - scheduling, planning - network design, planning - service quality, ridership - commuting
Keywords
Worldwide, Transit network design, Transit, Service quality, Quality of service, Public transit, Profitability, Planning, Passenger service quality, Network scheduling, Mass transit, Local transit, International
Abstract
This paper presents a global review of the crucial strategic and tactical steps of transit planning: the design and scheduling of the network. These steps influence directly the quality of service through coverage and directness concerns but also the economic profitability of the system since operational costs are highly dependent on the network structure. The authors first exhibit the context and the goals of strategic and tactical transit planning. The authors then establish a terminology proposal in order to name sub-problems and thereby structure the review. Then, the authors propose a classification of 69 approaches dealing with the design, frequencies setting, timetabling of transit lines and their combinations. The authors provide a descriptive analysis of each work so as to highlight their main characteristics in the frame of a two-fold classification referencing both the problem tackled and the solution method used. Finally, the authors expose recent context evolutions and identify some trends for future research. This paper aims to contribute to unification of the field and constitutes a useful complement to the few existing reviews.
Rights
Permission to publish abstract given by Elsevier, copyright remains with them.
Recommended Citation
Guihaire, Valerie, Hao, Jin-Kao, (2008). Transit network design and scheduling: A global review. Transportation Research Part A: Policy and Practice, Volume 42, Issue 10, pp 1251-1273.
Comments
Transportation Research Part A Home Page: http://www.sciencedirect.com/science/journal/09658564