1981Transport Research for Social and Economic Progress. Proceedings of the Second World Conference on Transport ResearchUnited Kingdom GovernmentOrganisation for Economic Cooperation and DevelopmentEuropean Conference of Ministers of TransportRequires access

Development of Direct Intercity Rail Passenger Demand Models

A Stachurski, R G Rice

Open publisher page 2 citations

Abstract

This paper develops a set of direct intercity rail passenger demand models, appropriate for use by Via Rail, the operators of the rail system in Canada, and by the Canadian Transport Commission, who are responsible for its regulation. The research in the paper is confined to single-mode demand models, utilizing those service measures for the specific mode which has been found to be most important in marketing studies. Because of the nature of the available data only aggregate models are constructed. However, the existence of a time series allows a set of tests that relating to the temporal stability of the models being carried out. The paper is divided into five major sections, each dealing with a particular component. The next section describes the rail travel demand dataset, as well as the supplementary information on rail and competing mode service levels and socioeconomic variables, all of which are necessary for model development. The third section focuses on model specification, modification, and calibration. The results of a number of tests relating to temporal stability, spatial transferability and general model reliability are provided in the fourth section. Finally, conclusions are drawn, along with some general implications for rail passenger service.

About this research paper

What this paper is about

This paper develops a set of direct intercity rail passenger demand models, appropriate for use by Via Rail, the operators of the rail system in Canada, and by the Canadian Transport Commission, who are responsible for its regulation. The research in the paper is confined to single-mode demand models, utilizing those service measures for the specific mode which has been found to be most important in marketing studies. Because of the nature of the available data only aggregate models are constructed. However, the existence of a time series allows a set of tests that relating to the temporal stability of the models being carried out. The paper is divided into five major sections, each dealing with a particular component. The next section describes the rail travel demand dataset, as well as the supplementary information on rail and competing mode service levels and socioeconomic variables, all of which are necessary for model development. The third section focuses on model specification, modification, and calibration. The results of a number of tests relating to temporal stability, spatial transferability and general model reliability are provided in the fourth section. Finally, conclusions are drawn, along with some general implications for rail passenger service.

Why it matters

OpenAlex reports 2 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

This paper develops a set of direct intercity rail passenger demand models, appropriate for use by Via Rail, the operators of the rail system in Canada, and by the Canadian Transport Commission, who are responsible for its regulation. The research in the paper is confined to single-mode demand models, utilizing those service measures for the specific mode which has been found to be most important in marketing studies. Because of the nature of the available data only aggregate models are constructed. However, the existence of a time series allows a set of tests that relating to the temporal stability of the models being carried out. The paper is divided into five major sections, each dealing with a particular component. The next section describes the rail travel demand dataset, as well as the supplementary information on rail and competing mode service levels and socioeconomic variables, all of which are necessary for model development. The third section focuses on model specification, modification, and calibration. The results of a number of tests relating to temporal stability, spatial transferability and general model reliability are provided in the fourth section. Finally, conclusions are drawn, along with some general implications for rail passenger service.

Key concepts: Mode (computer interface), Service (business), Transport engineering, Set (abstract data type), Aggregate (composite), Reliability (semiconductor), Level of service, Computer science

Related papers

Back to paper searchBrowse research topicsOriginal source
Development of Direct Intercity Rail Passenger Demand Models — Research Paper | ScholarLens